One Stop Testing aggregates and rocks by One Stop Testing

!'' 2 %' !4 %3 2/ # +3

SECTION !

!''2%'!4%3 2/#+3

!GGREGATES REPRESENT THE MAINLY USED PRODUCT IN THE BUILDING INDUSTRY THEY ARE USED IN CONCRETE BITUMINOUS CONGLOMERATES PLASTERS ROAD AND RAILWAYS SUBGRADES ETC 4HE DIFFERENT )NTERNATIONAL 3TANDARDS TOGETHER WITH THE %. %UROPEAN 3TANDARDS ARE REQUIRING MANY DIFFERENT CHECKS ON DIFFE RENT FEATURES AS MECHANICAL PHYSICAL GEOMETRICAL KIND OF DENSITY STRENGTH DEGRADABILITY ETC ! ROCK STRATUM WILL UNDERGO ALTERATIONS IN THE MECHANICAL CHA RACTERISTICS WHEN IT IS EXPOSED TO EXCAVATIONS HANDLINGS ETC &OR ABOVE REASONS A STUDY OF THE MECHANICAL CHARACTERISTICS OF AN INTACT ROCK BECOMES INDISPENSABLE IN ORDER TO ANALYSE THE RELATIVE CHARACTERISTICS WHEN REALISING UNDERGROUND OR SURFACE STRUCTURES AS GALLERIES QUARRIES AND FOUNDATIONS

MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3

SECTION !

'%.%2!, 0520/3% ,!"/2!4/29 $29).' /6%.3 .ATURAL CONVECTION DIGITAL THERMOREGULATOR INDICATOR $ESIGNED FOR DRYING BAKING CONDITIONING AND MOISTURE DETERMINA TION 3TURDY MANUFACTURE DOUBLE WALLED WITH MM THICK GLASS FIBRE FOR THERMAL INSULATION %XTERIOR FRONT PART IS STAINLESS STEEL MADE WHILE INTERIOR CHAMBER GRID SHELVES AND EXTERNAL WALLS ARE MADE FROM ZINC COATED STEEL 4EMPERATURE FROM AMBIENT TO Âª# IS CONTROLLED BY A DIGITAL THERMOREGULATOR INDICATOR 4HE OVENS ARE EQUIPPED OF A DUAL SAFETY THERMOSTAT WITH HIGHER THERMIC THRESHOLD TO PREVENT ACCIDENTAL OVER TEMPERATURES AND TO ENSURE SAFE WORKING CONDITIONS 4HE OVEN IS SUPPLIED COMPLETE WITH TWO GRID SHELVES EASILY REMOVA BLE AND THAT CAN BE POSITIONED AT VARIOUS HEIGHTS PILOT LIGHT EXHAUST HOLES FOR FAST COOLING 0OWER SUPPLY 6 (Z PH

! +)4 !

-ODEL #APACITY LITRES ! ! +)4 ! +)4 ! +)4

)NSIDE /UTSIDE DIMENSIONS MM DIMENSIONS MM , $ ( , $ ( X X X X X X X X

X X X X X X X X

$OORS NÂª

7ATTAGE

7EIGHT KG

3PARE GRID SHELF

! ! ! !

$UAL SAFETY THERMOSTAT

! +)4 ! !##%33/29 ! -ERCURY CONTROL THERMOMETER Âª# DIV Âª# MATERIAL TESTING EQUIPMENT

!'' 2 %' !4 %3 2/ # +3 ,!"/2!4/29 /6%.3 &/2#%$ 6%.4),!4)/. $)')4!, 4(%2-/34!4 ()'( 4%-0%2!452% 5.)&/2-)49 !.$ 02%#)3)/. 34!.$!2$3 %. %. !34- # # $ $ $ $ $ $ "3 5.%

-ODEL

#APACITY LITRES

! +)4 ! +)4 ! +)4 ! +)4

SECTION !

%SPECIALLY SUITABLE WHERE HIGH TEMPERATURE UNIFORMITY AND PRECISION INSIDE THE CHAMBER ARE REQUIRED 4HE ACCURACY OF THE TEMPERATURE AND ITS UNIFORMITY ARE GRANTED WITHIN THE TOLERANCES REQUESTED BY THE 3TANDARDS 4HE INTERIOR CHAMBER THE GRID SHELVES AND THE EXTERIOR FRONT PART ARE STAINLESS STEEL MADE WHILE EXTERNAL WALLS ARE MADE FROM ZINC COATED STEEL 3TURDY MANUFACTURE DOUBLE WALLED WITH MM THICK GLASS FIBRE FOR THERMAL INSULATION 4EMPERATURE FROM AMBIENT TO Âª# IS CON TROLLED BY A DIGITAL PRECISION THERMOREGULATOR INDICATOR 4HE OVEN IS EQUIPPED OF A DUAL SAFETY THERMOSTAT WITH HIGHER THERMIC THRESHOLD TO PREVENT ACCIDENTAL OVER TEMPERATURES AND TO ENSURE SAFE WORKING CONDITIONS 4HE OVEN IS SUPPLIED COMPLETE WITH TWO GRID SHELVES EASILY REMOVABLE AND THAT CAN BE POSITIONED AT VARIOUS HEIGHTS PILOT LIGHT EXHAUST HOLES FOR FAST COOLING 0OWER SUPPLY 6 (Z PH

! +)4

)NSIDE DIMENSIONS MM , $ (

/UTSIDE DIMENSIONS MM , $ (

$OORS NÂª

7ATTAGE

7EIGHT KG

X X X X X X X X

3PARE GRID SHELF STAINLESS STEEL ! ! ! !

&ORCED VENTILATION AIRFLOW $IGITAL TEMPERATURE CONTROL SYSTEM 4EMPERATURE PRECISION AND UNIFORMITY AS REQUE STED BY %. "3 3PEC 3TAINLESS STEEL CHAMBER AND TRAYS )NSULATION BY MM THICK GLASS FIBRES $UAL THERMOSTAT ENSURING SAFE WORKING CONDI TIONS

! +)4 !##%33/29 ! -ERCURY CONTROL THERMOMETER Âª# DIV Âª# MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3

SECTION !

-UFFLE FURNACES 34!.$!2$3 %. CLAUSE # %. $ESIGNED FOR HIGH TEMPERATURE HEATINGS 3TRUCTURE MADE IN SHEET STEEL FURNACE FRONTAL IN DIECASTED STEEL TO AVOID THE AGGRETION OF THE ACID SMOKES 4HE THERMIC INSULATION IS IN CERAMIC FIBRE TO AVOID THE SMALLEST HEATING LEAKAGE AND SO IT TAKES A GREAT ENERGETIC SAVING %LECTRONIC VISUALIZED REGULATION OF THE TEMPE RATURE OBTAINED BY A DIGITAL THERMOSTAT 4HIS FURNACE IS ALSO USED FOR THE DETERMINATION OF RESIDUAL OF MINERAL MATTER BY INCINERATION OF BITUMINOUS MIXTURES TO %. CLAUSE # 3TANDARD -AX TEMPERATURE Âª # )NSIDE DIMENSIONS X X MM /UTSIDE DIMENSIONS X X MM 7EIGHT KG APPROX -ODELS 4EMPERATURE MAX

! !

0OWER SUPPLY 7ATTAGE

Âª# 6 (Z PH Âª# 6 (Z PH

-UFFLE FURNACE Âª# 34!.$!2$3 %. 5SED TO DETERMINE THE LOSS ON IGNITION OF CEMENT AND LIME CHLO RIDE CARBON DIOXIDE ALKALI CONTENT OF CEMENT -AX TEMPERATURE Âª# 4HE HEAT INSULATION IS MADE OF CERAMIC FIBRE (EATING MUFFLE UNTHREADED FROM THE BACK IN AN ONLY CAST OF REFRACTORY ,ATERAL OPENING DOOR WITH PRESSURE WEDGE AND WITH A STOP DEVICE FOR ELECTRIC FEEDING WHEN IT OPENS #ONTROL PANEL IS POSITIONED ON THE FURNACE BOTTOM CONTAINING A DIGITAL VISUALIZED THERMOREGULATOR AND MAGNETIC THERMIC FOR PROTECTION SYSTEM )NSIDE DIMENSIONS WXDXH X X MM /VERALL DIMENSIONS X X MM 0OWER SUPPLY 6 PH (Z 7 7EIGHT KG

! MATERIAL TESTING EQUIPMENT

! !

-UFFLE &URNACE Âª# HIGH CAPACITY &LOOR MOUNTING FURNACE THE HEATING BODY IS COMPOSED BY PANELS CONTAINING INDEPENDENT RADIANT RESISTORS 4HERMAL INSULATION REALIZED BY MICROPOROUS REFRACTARIES IN LAYERS WITH PROGRESSIVE DENSITY !UTOMATIC REGULATION GIVEN BY AN ELECTRONIC VISUALIZED PYROMETER DOUBLE INTERVENTION WITH HOURS TIMER -AX TEMPERATURE Âª# 4HIS FURNACE IS ALSO SUITABLE FOR THE h$ETERMINATION OF RESISTANCE TO THERMAL SHOCK OF AGGREGATES ACCORDING TO %. 3PECIFICATIONv )NSIDE DIMENSIONS WXDXH X X MM /VERALL DIMENSIONS X X MM 0OWER SUPPLY 6 PH (Z +W 7EIGHT KG !##%33/29 FOR -UFFLE &URNACES ! 4EMPERATURE PROGRAMMER

!'' 2 %' !4 %3 2/ # +3 #HLORIDE CONTENT 2APID -ETHOD

! 1UANTAB #HLORIDE 4ITRATOR 3TRIPS TYPE RANGE TO TO PPM .A #L 0ACK FO STRIPS ! 1UANTAB #HLORIDE 4ITRATOR 3TRIPS TYPE RANGE TO TO PPM .A #L 0ACK OF STRIPS

3ULPHATE #ONTENT 2APID -ETHOD 34!.$!2$ "3 5SED TO DETERMINE THE SULPHATE IONS IN AQUEOUS SOLUTIONS OF SAND AND FINE AGGREGATES ! 3ULPHATE 4EST 3TRIPS DETECTION RANGE TO MG L 0ACK OF STRIPS

-ELTING POT 5SED TO MELT WAX AND OTHER MATERIALS IT MAINTAINS HEAT FROM ROOM TEMPERATURE TO MAX ª# #OMPLETE WITH ADJUSTABLE THERMOSTAT RANGE ª # TO ª # ACCURACY ¢ ª # PILOT LAMP FULLY ISOLATED TO #% REQUIREMENTS #APACITY LITRES )NTERNAL DIMENSIONS X MM 0OWER SUPPLY 6 (Z PH 7 7EIGHT KG

SECTION !

34!.$!2$3 "3 "3 5SED TO ESTIMATE THE CHLORIDE CONTENT OF AQUEOUS SOLUTIONS IN SAND AND FINE AGGREGATES

!##%33/29 ! 6 0!2!&&). 7!8 FOR GENERAL LABORATORY USE HAVING MELTING POINT AT ª# 0ACK OF KG 6

7ARM AIR DRIER FOR GENERAL LABORATORY PURPOSES TO DRY SOIL AND AGGREGATE SAMPLES 0OWER SUPPLY 6 PH (Z 7

(OT PLATES COMPLETE WITH THERMOREGULATOR

0OWER SUPPLY 6 PH (Z -/$%,3 6 6 " 6 6 6 6

2OUND DIA MM 7 2OUND DIA MM 7 2OUND DIA MM 7 2ECTANGULAR X MM 7 2ECTANGULAR X MM 7 2ECTANGULAR X MM 7 2ECTANGULAR X MM 7

6 6

" !

-ICROWAVE OVEN "

-AGNETIC STIRRER HEATER FOR TITRATION AND STIRRING OF LIQUID AND SEMI SOLID MATERIALS 0LATE DIA MM 6ARIABLE SPEED AND TEMPERATURE BY ELECTRONIC REGULATORS 3UPPLIED COMPLETE WITH MAGNETIC TEFLON COATED FOLLOWER 0OWER SUPPLY 6 PH (Z 7

5SED FOR SPEED DRYING PURPOSES MOISTURE DETERMINATION CONDITIONING 0OWER SUPPLY 6 (Z PH 7 7EIGHT KG

! MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 h3PEEDYv -OISTURE 4ESTERS

SECTION !

5NIVERSAL CARBIDE METER 34!.$!2$3 "3 !!3(4/ 4 !34- $ 5.% &OR THE RAPID AND ACCURATE DETERMINATION OF MOISTURE CONTENT IN SAND GRAVEL AGGREGATES SOIL ETC BASED ON THE CALCIUM CARBIDE METHOD )T IS POSSIBLE TO VARY THE SAMPLE WEIGHT FROM TO G ACHIEVING A MOISTURE RANGE FROM G G G 4HE BOTTLE IS CALIBRATED AND EQUIPPED WITH A SURFACE THERMOMETER 4HE GLASS AMPOULE CONTAINING THE CALCIUM CARBIDE IS BROKEN WHEN THE BOTTLE IS CLOSED AND SHAKEN GRANTING BETTER ACCURACY TO THE TEST 4HE INSTRUMENT COMPRISES THE TESTING BOTTLE WITH MANOMETER SMALL BALANCE AMPOULES OF REAGENT ACCESSORIES CASE $IMENSIONS X X MM 7EIGHT KG APPROX

34!.$!2$3 !34- $ !!3(4/ 4 5.% "3 &OR ACCURATE MOISTURE READING ON SITE OF SOIL SAND AGGREGATES 4HE TEST SYSTEM ARRIVES BY THE REACTION BETWEEN WATER AND CALCIUM CARBIDE FORMING A GAS #OMPLETE WITH ELECTRONIC BALANCE REAGENT TIN ACCESSORIES THE WHOLE CONTAINED IN A PORTABLE MOULDED CASE -/$%,3 ! +)4 30%%$9 -OISTURE TESTER GRAMS CAPACITY -OISTURE RANGE 7EIGHT KG

! +)4

! 30

5NIVERSAL CARBIDE METER 3AME TO MOD ! BUT WITH A LARGER BOTTLE TO BE ABLE TO USE G SAMPLE WEIGHT WITH A MOISTURE CONTENT UP TO !

$IGITAL UNIVERSAL CARBIDE METER 3AME TO MOD ! BUT WITH DIGITAL MANOMETER FOR MORE ACCURATE READINGS WITH PRESSURE AND TEMPERATURE DISPLAY 3UPPLIED COMPLETE

! +)4 30%%$9 -OISTURE TESTER GRAMS CAPACITY -OISTURE RANGE 7EIGHT KG 30!2% 0!24 ! -OISTURE TESTER REAGENT ONE POUND TIN !##%33/29 ! 3PEEDY CALIBRATION KIT ! +)4

$IGITAL UNIVERSAL CARBIDE METER 3AME TO MOD ! WITH PROTOCOL PRINTER TO OBTAIN TEST CERTIFI CATE WITH UP TO PRESSURE TIME LOGS 7EIGHT KG 30!2% 0!24 ! #ARBIDE !MPOULES PACK OF MATERIAL TESTING EQUIPMENT

!'' 2 %' !4 %3 2/ # +3 !

-OISTURE DIGITAL MICROWAVE PORTABLE METER

SECTION !

&OR ACCURATE FAST AND EASY DETERMINATION OF MOISTURE CONTENT IN SAND FINE AND COARSE AGGREGATES UP TO MM DIAMETER "Y UTILIZING THE LATEST MICROWAVE AND MICROPROCESSOR TECHNOLOGY AND SIMPLY INSERT THE PRONGS INTO THE MATERIAL TO BE MEASURED THE UNIT DISPLAY THE PERCENTAGE OF MOISTURE CONTENT -EASURING RANGE WITH ACCURACY &REQUENCY -HZ 23 DATA LINK OVER READINGS STORAGE 0OWER !! BATTERIES 7EIGHT G

-OISTURE METER h-ICROLANCEv 4HIS ELECTRONIC TESTER MEASURES AND VISUALIZES DIRECTLY ON THE DISPLAY THE MOISTURE PERCENTAGE AND TEMPERATURE OF SAND AND FINE AGGRE GATES UP TO MAX DIA OF MM BY SIMPLY INSERTING THE CRUCIBLE TIP 3UITABLE FOR BOTH SITE AND LABORATORY TESTS -OISTURE RANGE ACCURACY -EASURING DEEP MM 4EMPERATURE RANGE Âª# TO Âª# ACCURACY Âª# "ATTERY X 6 !! CELLS $IMENSIONS X X MM 7EIGHT KG

-OISTURE METER h-ICROLANCEv

#HAPMAN FLASK 34!.$!2$3 !34- # !!3(4/ 4 5SED FOR FIELD DETERMINATION OF THE AMOUNT OF SURFACE MOISTURE IN FINE AGGREGATES 'RADUATED TO ML BETWEEN THE TWO BULBS AND FROM UP TO ML ABOVE THE SECOND BULB 7EIGHT G

3IMILAR TO MOD ! BUT WITH MEASURING DEEP UP TO MM $IMENSIONS X X MM 7EIGHT KG

2EACTION CONTAINER

! DETAIL

34!.$!2$3 !34- # .& 0 5.) 5.% 5SED FOR THE CHEMICAL DETERMINATION OF THE POTENTIAL REACTIVITY OF AGGREGATES WITH ALKALIES IN PORTLAND CEMENT CONCRETE -ANUFACTURED FROM STAINLESS STEEL AND FITTED WITH AN AIR TIGHT COVER #APACITY ML APPROX 7EIGHT KG !33%-",%$ !

$ESICCATORS BOROSILICATE GLASS #OMPLETE WITH PERFORATED PORCELAIN PLATE WITHOUT VACUUM

WITH VACUUM

! $IA MM ! $IA MM ! $IA MM

!##%33/29 6 $ESICCATORS SALTS 3ILICA GEL BOX G

$)3!33%-",%$ 6

-OISTURE DETERMINATION BALANCE 3EE SECTION h 6 v 'ENERAL %QUIPMENT PAG MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3

SECTION !

"AR GRID SIEVES FOR AGGREGATE FLAKINESS INDEX AND PARTICLE SHAPE 34!.$!2$3 %. 5.) .& 0 .,4 4HE FRAME IS ANODIZED ALUMINIUM MADE AND THE GRIDS ARE FROM hSTAINLESS STEEL ROD BARS HAVING DIAMETER FROM TO MMv ACCORDING TO THE SLOT WIDTHS 3IEVE SIZES SLOT WIDTH TOLERANCES AND ROD BARS DIAMETER ARE CHECKED ONE BY ONE AND MEET %. 3TANDARD %ACH SIEVE IS SUPPLIED COMPLETE WITH IDENTIFICATION SERIAL NUMBER LABEL 7EIGHT KG EACH SIEVE ! +)4 -ODEL

3LOT WIDTH MM

! ! ! ! ! ! !

-ODEL

3LOT WIDTH MM

! ! ! ! ! !

! "AR GRID 3IEVE SLOT WIDTH MM 5SED TO CHECK THE WEAR OF THE SPHERES OF THE -ICRO $EVAL HAVING NOMINAL SIZE MM

&LAKINESS SIEVES

!##%33/2)%3 &/2 "!2 '2)$ 3)%6%3 ! +IT OF TWO DEVICES ANODIZED ALUMINIUM MADE COM PLETE WITH STAINLESS STEEL SCREWS TO FIX ONE BAR SIEVE OVER ANOTHER ONE AND TO GET A CASCADE TO BE FITTED ON MECHANICAL SIEVE SHAKERS ! #OVER FOR "AR 3IEVES ANODIZED ALUMINIUM MADE ! 2ECEIVER FOR "AR 3IEVES ANODIZED ALUMINIUM MADE COMPLETE WITH COUPLING DEVICE TO BE FIXED TO THE -ATEST SHAKERS MOD ! ! ! ! !

! +)4 #OMPLETE SET OF BAR SIEVES FROM ! TO MM ! SLOT WIDTH

34!.$!2$ "3 5SED TO DETERMINE IF AGGREGATE IS FLAKY I E IF THICKNESS IS LESS THAN OF NOMINAL SIZE -ANUFACTURED FROM HEAVY STEEL SHEET THEY HAVE DIMENSIONS AS SPECIFIED BY 3TANDARDS AND ARE AVAILABLE IN THE FOLLOWING SIZE OPENINGS

-ODEL ! ! ! ! ! ! !

'AUGE FOR AGGREGATE &LATNESS INDEX 34!.$!2$ 5.) PART 5SED TO DETERMINE THE VOLUME OF EACH CIRCUMSCRIBED SPHERE -ADE IN HEAVY BRASS SHEET MATERIAL TESTING EQUIPMENT

! +)4

3LOT WIDTH MM 3LOT LENGTH MM

! +)4 #OMPLETE SET OF NÂª FLAKINESS SIEVES 7EIGHT KG

!'' 2 %' !4 %3 2/ # +3 4EST SIEVES

SECTION !

34!.$!2$3 %. %. )3/ )3/ )3/ !34- % !!34(/ 4 "3 5.) 5.) $). 5.% !LL 3IEVES ARE MADE WITH STAINLESS STEEL WOVEN WIRE AND FRAME AND MEET )NTERNATIONAL 3PECIFICATIONS 4HE 3IEVES ARE AVAILABLE IN THE FOLLOWING DIAMETERS MM AND v v 4HE SIEVE APERTURE IS CLEARLY MARKED ON THE METALLIC LABEL COMPRISING THE SERIAL NUMBER FOR THE IDENTIFICATION AND TRACEABILITY OF THE SIEVE %ACH SIEVE IS SUPPLIED COMPLETE WITH CERTIFICATE OF CONFORMITY

(/7 4/ "59 7/6%. 7)2% -%3( 3)%6%3 34!.$!2$3 )3/ %. "3 5.% $). 5.) !34- % 4HE AVAILABLE OPENINGS OF THE WOVEN WIRE MESH SIEVES ARE LISTED IN THE NEXT PAGES AND ARE CODED FROM NÂª TO 4HE BUYER HAS TO ADD TO THIS NUMBER ! x ! x ! x ! x ! x ! x ! x ! x

FOR THE FRAME DIA MM FOR THE FRAME DIA MM FOR THE FRAME DIA MM FOR THE FRAME DIA MM FOR THE FRAME DIA MM FOR THE FRAME DIA MM FOR THE FRAME DIA v FOR THE FRAME DIA v

! ./4% )T IS POSSIBLE TO TEST APPROX G OF MATERIAL BY USING MM DIA SIEVES AND G WITH MM DIA SIEVES

(/7 4/ "59 0%2&/2!4%$ 0,!4% 3)%6%3 h3QUARE (OLEv 34!.$!2$3 %. )3/ "3 $). 4HE AVAILABLE OPENINGS OF THE PERFORATED PLATE SQUARE HOLE SIEVES ARE LISTED IN THE NEXT PAGE AND ARE CODED FROM NÂª TO 4HE BUYER HAS TO ADD TO THIS NUMBER ! x ! x ! x ! x

FOR THE FRAME DIA MM FOR THE FRAME DIA MM FOR THE FRAME DIA MM FOR THE FRAME DIA MM

! ./4% %. 3TANDARD SPECIFIES THAT hSIEVES WITH OPENING MM AND OVER SHALL BE PERFORATED PLATE SQUARE HOLEv "ELOW MM THEY SHALL BE WOVEN WIRE (/7 4/ "59 0%2&/2!4%$ 0,!4% 3)%6%3 h2OUND (OLEv 34!.$!2$ 5.) 4HE AVAILABLE OPENINGS OF THE PERFORATED PLATE ROUND HOLE SIEVES ARE LISTED IN THE NEXT PAGE AND ARE CODED FROM NÂª TO 4HE BUYER HAS TO ADD TO THIS NUMBER ! x FOR THE FRAME DIA MM ! x FOR THE FRAME DIA MM

! h5+!3v CERTIFICATE FOR h-!34%2v 3IEVES !LL 3IEVES CAN BE SUPPLIED WITH 5+!3 CERTIFICATE SO TO BE CLASSIFIED h-!34%2 3)%6%v MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 4ABLE FOR THE WOVEN WIRE MESH SIEVES

SECTION !

34!.$!2$3 %. %. )3/ !34- % 5.) 5.) 5.% "3 $).

!PERTURE 3IZE MM

!34- .UMBER

&RAME $IA MM

!PERTURE 3IZE MM

!34- .UMBER

&RAME $IA MM

! 3

MATERIAL TESTING EQUIPMENT

4ABLE OF THE PERFORATED PLATE SIEVES hSQUARE HOLESv

4ABLE OF THE PERFORATED PLATE SIEVES hROUND HOLESv

34!.$!2$3 )3/ %. "3 $).

34!.$!2$ 5.)

!PERTURE MM

&RAME $IA MM

!PERTURE MM

&RAME $IA MM

SECTION !

!'' 2 %' !4 %3 2/ # +3

MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 7ET WASHING SIEVES

34!.$!2$ !34- % 5SED FOR WET TESTING OF FINE GRANULED MATERIALS &RAME AND WOVEN WIRE CLOTH ARE STAINLESS STEEL MADE &RAME DIMENSIONS $IA MM BY MM HEIGHT -/$%,3 ! #LOTH OPENING MM ! #LOTH OPENING MM

SECTION !

7ET SIEVING PAN LID STAINLESS STEEL 4HE WATER ENTERS THROUGH THE SPRAY NOZZLE MOUNTED ON TOP OF THE LID AND COMES OUT WITH FINES FROM THE PAN 3UPPLIED COMPLETE WITH TWO WATERTIGHT SEALS -ODEL !

6 6 6 6 6

"RISTLE "RUSH SOFT HAIR MM DIA $OUBLE ENDED BRASS AND NYLON BRISTLE $OUBLE ENDED SOFT HARD NYLON 3OFT HAIR "RUSH

MM DIA "3 (ARD NYLON SIEVE 6 "RUSH FLAT MM

! ! ! !

3ET OF WATERTIGHT SEALS ! ! ! !

0AN ,ID DIA MM 0AN ,ID DIA v 0AN ,ID DIA MM 0AN ,ID DIA MM

6 6 ,)$ 2%#%)6%2

$IA MM $IA MM $IA MM $IA MM $IA v ! ! ! ! ! ! ! ! ! !

$IA MM ! !

$IA MM $IA v ! ! ! !

! !

5LTRASONIC CLEANSING BATH 5SED FOR A SAFE AND VALID CLEANING OF SIEVES WHICH COULD BE DAMAGED BY ORDINARY CLEANING METHODS IT IS PARTICULARLY SUITABLE FOR FINE MESH SIEVES 4HE BATH ACCEPTS SIEVES MM AND v DIAMETER 3UPPLIED COMPLETE WITH TIMER MINUTES )NTERNAL DIAMETER MM HEIGHT MM #APACITY LITRES 3TAINLESS STEEL MADE WITH INCORPORATED ELECTRONIC GENERATOR FREQUENCY +(Z 0OWER SUPPLY 6 (Z PH 7 7EIGHT KG

! ! MATERIAL TESTING EQUIPMENT

5LTRASONIC CLEANSING BATH 3AME TO MOD ! BUT WITH INSIDE DIMENSIONS DIA XH MM )T ACCEPT SIEVES UP TO MM DIAMETER #APACITY LITRES 0OWER SUPPLY 6 (Z PH 7 7EIGHT KG

!##%33/29 ! #,%!.3).' ,)15)$ FOR ULTRASONIC BATH LITRE CAN

!'' 2 %' !4 %3 2/ # +3 ! .

!IR *ET 3IEVING -ACHINE

SECTION !

34!.$!2$ %. 4HE !IR *ET -ACHINE IS SUITABLE FOR SIEVING POWDER AND DRY GRAIN PRODUCTS BY OBTAINING SIEVING RESULTS BETWEEN TO MICRONS BY USING APPROPRIATE TEST SIEVES MM DIA )TS WORKING FOUNDATION IS BASED ON THE USE OF AIR THAT TUG THIN PARTICLES TO MAKE THEM GO THROUGH THE SIEVE 4HIS EFFECT IS MADE THROUGH A VACUUM MACHINE THAT PROVOKES A CONTROLLED DECREASE OF PRESSURE 4HIS VACUUM MACHINE IS EQUIPPED WITH AN AUTOMATIC CLEANING SYSTEM OF THE FILTER CARTRIDGE ALLOWING TO PERFORM MANY TESTS SOME TENS BEFORE BEING REPLACED 4HE DIGITAL ELECTRONIC MICROPROCESSOR PANEL CAN ADJUST 4HE SIEVING TIME FROM TO MINUTES 4HE VACUUM RANGE FROM TO BAR 4HE CALIBRATION FUNCTION 4HE UNIT IS SUPPLIED COMPLETE WITH ASPIRATOR DEVICE PLEXIGLASS COVER FILTER CARTRIDGE COLLECTING PLASTIC BAGS ACCESSORIES 0OWER SUPPLY 6 PH (Z $IMENSIONS X X MM 7EIGHT KG APPROX

! . WITH SIEVE

30!2% 0!243 ! &),4%2 #!242)$'% 4!",% /& 4(% 3)%6%3 -- $)!-%4%2 &/2 4(% !)2 *%4 3)%6).' -!#().% /PENINGS FROM TO MICRONS HAVE hNYLON MESHv ! 0,!34)# "!'3 PACK OF PCS /PENINGS FROM TO MICRONS HAVE hSTAINLESS STEEL MESHv 4HE SIEVES INCLUDE AIRPROOF RUBBER SEAL .OTE SIEVES WITH STAINLESS STEEL MESH FROM TO MICRONS AND NYLON MESH FROM TO MICRONS ARE AVAILABLE ON REQEUST #/$%

!0%2452% MICRON

! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! !

#/$%

!0%2452% MICRON

! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! !

#/$%

!0%2452% MICRON

! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! !

#/$%

!0%2452% MICRON

! ! ! ! ! ! ! ! ! ! ! ! ! ! !

MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 %LECTROMAGNETIC SIEVE SHAKERS

SECTION !

34!.$!2$3 %. )3/ 4HESE 3IEVE 3HAKERS ARE ACTIVATED BY ELECTROMAGNETIC IMPULSES AND THANKS TO THE TRIPLE VIBRATING ACTION VERTICAL LATERAL AND ROTATIONAL THEY ARE RECOMMENDED TO PERFORM SIEVING TESTS WHERE HIGH PRECISION AND PERFORMANCE ARE IMPORTANT AND WHERE CONTINUAL AND INTENSE USES ARE REQUIRED 4HEY ARE THEREFORE SUGGESTED FOR ACCURATE SIEVING TESTS ALSO ON FINE MATERIALS 4HESE %LECTROMAGNETIC 3HAKERS ARE OF SIMPLE AND STURDY CONSTRUCTION CAN HOLD UP TO SIEVES AND THEY ARE ALSO SUITABLE FOR WET SIEVING TESTS ACCESSORY MOD ! ! 4HE SEPARATE DIGITAL CONTROL PANEL CAN ADJUST 4HE SIEVING TIME FROM TO MINUTES 4HE VIBRATING INTENSITY 4HE PAUSES BETWEEN ONE VIBRATION AND THE FOLLOWING ONE THIS IS ESPECIALLY INDICATED FOR FINE MATERIAL SIEVING 0OWER SUPPLY 6 (Z PH 7

! +)4

-ODEL ! +)4 ! +)4 ! +)4 ! +)4 MATERIAL TESTING EQUIPMENT

$IMENSIONS SIEVES DIA

$IMENSIONS MM

7EIGHT KG

MM v MM v v MM v v MM v v v

X X X X X X X X

4RIPLE VIBRATING ACTION 6ERTICAL ,ATERAL 2OTATIONAL $IGITAL MICROPROCESSOR CONTROL PANEL WITH FUNCTIONS 4IMER MINUTES !DJUSTABLE VIBRATION INTENSITY #ONTINUOUS OR INTERMITTENT ADJUSTABLE VIBRATING ACTION

SECTION !

!'' 2 %' !4 %3 2/ # +3

! +)4

.OISE REDUCTION CABINET &OR THE SIEVE SHAKERS ! SERIE AND ! LINED INTERNALLY WITH SOUND PROOFING MATERIAL FOR NOISE REDUCTION TO #% $IRECTIVE

! +)4 ! ! +)4

!##%33/29 ! +./"3 FOR FAST CLAMPING RELEASE OF THE UPPER BEAM 5SEFUL FOR FAST VERTICAL DISPLACEMENT OF THE BEAM .OT USABLE WITH ! +)4 MODEL 0ACK OF KNOBS WITH RODS

! MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 ! .

SECTION !

(IGH CAPACITY SIEVE SHAKER

$ESIGNED FOR SIEVING CONSIDERABLE QUANTITIES OF ANY MATERIAL 4HE SCREEN SHAKER ACCEPTS UP TO LITRES Â&#x2022; KG OF SAMPLE 3TURDY MADE THE MACHINE CAN HOLD SIX SCREEN TRAYS AND DUST PAN 3UPPLIED COMPLETE WITH DUST PAN BUT hWITHOUTv SCREEN TRAYS TO BE ORDERED SEPARATELY )T CANNOT BE SOLD IN #% MARKETS WITHOUT PROTECTION SEE ACCESSORIES 0OWER SUPPLY 6 (Z PH 7 $IMENSIONS X X MM 7EIGHT KG APPROX

! . WITH 3CREEN 4RAYS

!##%33/2)%3 ! 3!&%49 $//23 UPPER AND FRONTAL COMPLETE WITH MICRO SWITCH COMPLYING TO #% 3AFETY $IRECTIVE )F THE DOOR IS OPENED WHILE THE SHAKER IS WORKING IT AUTOMATICALLY STOPS 4HE DOORS ALSO PROTECT FROM DUST ! 3%#52)49 #!").%4 STEEL MADE WITH MICROSWITCH COMPLYING TO #% 3AFETY $IRECTIVE LINED WITH SOUND PROOFING MATERIAL FOR NOISE REDUCTION )F THE DOOR IS OPENED WHILE THE SHAKER IS WORKING IT AUTOMATICALLY STOPS 4HE CABINET ALSO PROTECTS FROM DUST /VERALL DIMENSIONS X XH MM ! 42!9 /.,9 WITHOUT MESH SIZE X X MM SUITABLE FOR MESH OPENINGS FROM TO MM ! 42!9 /.,9 WITHOUT MESH SIZE X X MM SUITABLE FOR MESH OPENINGS FROM TO MM

! . !

! . ! MATERIAL TESTING EQUIPMENT

! 42!9 /.,9 WITHOUT MESH SIZE X X MM SUITABLE FOR MESH OPENINGS FROM TO MM

!'' 2 %' !4 %3 2/ # +3 3#2%%. 42!93 &/2 3)%6% 3(!+%2 ! . 3):% 8 8 -- 2/"534 34%%, '!,6!.):%$ &2!-% 34!).,%33 34%%, 7/6%. 7)2% -%3( 34!.$!2$3 %. !34- % )3/ "3

!34- NUMBER

-ODEL

! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! !

!PERTURE SIZE MM

!34- NUMBER v v v v v v

-ODEL

! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! !

!PERTURE SIZE MM

!34- NUMBER v v v v v v v v v v v v v v v v v

-ODEL

! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! 3 ! ! ! ! ! ! !

SECTION !

!PERTURE SIZE MM

! 30!2% COLLECTING PAN

3#2%%. 42!93 7)4( 0%2&/2!4%$ 0,!4% h315!2% (/,%3v 34!.$!2$3 %. )3/ "3 !PERTURE MM

-ODEL ! ! ! ! ! ! ! ! ! ! ! ! !

!PERTURE MM

-ODEL ! ! ! ! ! ! ! ! ! ! ! ! !

!PERTURE MM

-ODEL ! ! ! ! ! ! ! ! ! ! !

! MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 !

SECTION !

3IEVE SHAKER MOTOR OPERATED

)T ACCEPTS 3IEVES HAVING DIA MM AND v v 4HIS SIMPLE AND LOW COST 3IEVE 3HAKER IS ACTIVATED BY AN ELECTRIC MOTOR AND CAN HOLD UP TO 3IEVES DIA MM OR 3IEVES DIA MM PLUS PAN AND LID )T IS POSSIBLE TO PERFORM ALSO WET SIEVING TESTS SEE ACCESSORIES MOD ! AND ! 0ROVIDED OF TIMER MINUTES 0OWER SUPPLY 6 PH (Z 7 $IMENSIONS X X MM 7EIGHT KG APPROX !

3IEVE SHAKER HAND OPERATED FOR SIEVES DIA MM AND v $ESIGNED FOR SITE TESTS OR YARD LABORATORY ANALYSIS WHERE ELECTRICITY IS NOT AVAILABLE "Y ROTATING THE CRANK THE SHAKER APPLIES A VERTICAL AND ROTATIONAL VIBRATION ACTION )T CAN HOLD UP TO SIEVES DIA MM OR v PLUS PAN AND LID $IMENSIONS X X MM 7EIGHT KG APPROX !

'LASS MICROSPHERES WITH .)34 #ERTIFICATE FOR SIEVES CALIBRATION 4HE CALIBRATION OF THE SIEVES OR THE INSPECTION OF THE WEAR CONDITIONS OF THE MESH CAN BE PERFORMED BY USING GLASS MICROSPHERES 4HESE MODELS ARE SUPPLIED WITH .)34 #ERTIFICATE .ATIONAL )NSTITUTE OF 3TANDARD AND 4ECHNO LOGY IN PACK OF BOTTLE

! Â&#x2022; ! #!,)"2!4)/. ',!33 "%!$3 -ODELS

$IA RANGE IN MM OF BEAD

-ODELS

$IA RANGE IN MM OF BEAD

.OTE #LOTH OPENINGS FROM MM CAN BE VERIFIED BY USING A PRECISION VERNIER CALIPER MATERIAL TESTING EQUIPMENT

-ODEL ! ! ! ! ! ! ! ! ! ! ! ! ! !

3IEVE SIZE Â«M

7EIGHT PER BOTTLE G

/THER MODELS FOR SIEVE S SIZES NOT LISTED IN THE TABLE CAN BE SUPPLIED UPON REQUEST

!' '2 %' !4 % 3 2/ # +3 3AMPLE SPLITTERS 2IFFLE "OXES

-ODEL

-ATERIAL 3TEEL

3LOT WIDTH

! ! ! ! ! ! !

3TAINLESS 3TAINLESS 0AINTED v v v v

v v v v v v v

MM MM MM MM MM MM MM

! !

-AX 3IZE 3AMPLE MM

3LOT .UMBER

7EIGHT KG

3PARE COLLECTING PAN

! ! ! ! ! ! !

SECTION !

34!.$!2$3 %. !34- # .& 0 5.) !!3(4/ 4 4 "3 5.% 5SED FOR THE PRECISE DIVISION INTO TWO REPRESENTATIVE PORTIONS OF MATERIALS SUCH AS AGGREGATES SAND GRAVEL AND SIMILAR 0AINTED OR STAINLESS STEEL MADE THEY ARE SUPPLIED WITH TWO COLLECTING PANS

! ! Â&#x2022;! !

,ARGE CAPACITY SAMPLE SPLITTER 34!.$!2$3 %. !34- # .& 0 5.) !!3(4/ 4 4 "3 5.% $ESIGNED FOR THE REDUCTION OF TEST SAMPLES WHICH ARE TOO LARGE IN VOLUME TO BE CONVENIENTLY HANDLED )T HANDLES ANY MATERIAL FROM SAND SIZES UP TO DIA MM %ACH CHUTE BAR IS MM WIDE SO THAT OPENINGS OF MM ARE POSSIBLE #OMPLETE WITH TWO COLLECTING PANS #LAM SHELL HOPPER LITRES CAPACITY 6ERY STURDILY CONSTRUCTED IT IS TOTALLY GALVANIZED FOR RUST PROTECTION 7EIGHT KG !##%33/29 ! 7(%%,3 +IT OF WITH BRAKE FOR AN EASY DISPLACEMENT OF THE LARGE SPLITTER IN THE LABORATORY 30!2% 0!24 ! #OLLECTING PAN FOR MOD !

"ULK DENSITY AND VOIDS MEASURES 34!.$!2$3 %. !34- # "3 5.) )3/ #.2 . 5SED TO DETERMINE THE LOOSE BULK DENSITY AND VOIDS OF AGGREGATES 3TAINLESS STEEL MADE THE AND LITRES MODELS HAVE HANDLES ! -EASURE LITRE CAP ! -EASURE LITRES CAP ! -EASURE LITRES CAP ! -EASURE LITRES CAP

! MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 !

&LAKINESS THICKNESS GAUGE

3HAPE GAUGE 3HAPE INDEX

34!.$!2$ "3 4O VERIFY IF AGGREGATE IS FLAKY I E IF ITS THICKNESS IS LESS THAN OF ITS NOMINAL SIZE #ONSTRUCTED OF HEAVY GAUGE STAINLESS STEEL SHEET 7EIGHT G

34!.$!2$3 %. $). #.2 . .,4 &OR MEASURING THE LENGTH THICKNESS RATIO OF INDIVIDUAL PARTICLES 7EIGHT G

SECTION !

,ENGTH GAUGE 34!.$!2$ "3 4O DETERMINE IF AGGREGATE IS ELONGATED I E IF LENGTH IS MORE THAN OF NOMINAL SIZE -OUNTED ON A HARDWOOD BASE 7EIGHT KG

,IGHTWEIGHT AGGREGATES #RUSHING RESISTANCE DETERMINATION 34!.$!2$ %. METHOD AND -/$%,3 ! METHOD !PPARATUS FOR THE DETERMINATION OF THE CRUSHING RESISTANCE OF LIGHTWEIGHT AGGREGATES HAVING DIAMETER FROM TO MM AND VOLU MIC MASS OVER KG M COMPOSED BY UPPER AND LOWER CYLINDER INSIDE DIAMETER MM RING WITH ADJUSTABLE HEIGHT PISTON BASE -ADE OF STEEL PLATED AGAINST CORROSION $IMENSIONS MM DIA BY MM HEIGHT 7EIGHT KG APPROX

'EOMETRICAL PROPERTIES OF AGGREGATES $ETERMINATION OF THE EFFLUX INDEX OF FINE AGGREGATES 34!.$!2$3 %. .& 0 #.2 .O !34- # ! %FFLUX INDEX APPARATUS 5SED TO MEASURE THE EFFLUX INDEX OF FINE AGGREGATES SHAPE AND ANGULARITY HAVING DIMENSIONS UP TO MM 4HE EFFLUX INDEX OF AN AGGREGATE IS THE REQUIRED TIME IN SECONDS OF A KNOWN VOLUME OF AGGREGATES TO FLOW FROM A KNOWN OPENING 4HE UNIT IS BASICALLY FORMED BY A CONTAINER TWO POLYCARBONATE FUNNELS HAVING MM HEIGHT Âª CONICAL PART WHICH END HAS DIA OR MM BASE SUPPORT VALVE DECANTER $IMENSIONS X XH MM 7EIGHT KG APPROX

! METHOD !PPARATUS FOR THE DETERMINATION OF THE CRUSHING RESISTANCE OF LIGHTWEIGHT AGGREGATES HAVING VOLUMIC MASS LOWER THAN KG M COMPOSED BY UPPER AND LOWER CYLINDER INSIDE DIAMETER MM PISTON BASE -ADE OF STEEL PLATED AGAINST CORROSION $IMENSIONS MM DIA BY MM HEIGHT 7EIGHT KG APPROX

! MATERIAL TESTING EQUIPMENT

!'' 2 %' !4 %3 2/ # +3 !

,OS !NGELES ABRASION MACHINE $%4%2-).!4)/. /& 2%3)34!.#% 4/ &2!'-%.4!4)/. 34!.$!2$3 %. !34- # 5.) %. %. .& 0 5.% !!3(4/ 4 #.2 .Âª .,4

SECTION !

5SED TO DETERMINE THE RESISTANCE OF AGGREGATES TO ABRASION )T COMPRISES A HEAVY STEEL CYLINDER OF MM INSIDE DIAMETER X MM INSIDE LENGTH MOUNTED ON A BASE FRAME 4HE CYLINDER ROTATES AT Â&#x2022; RPM 4HE MACHINE IS FITTED WITH AN AUTOMATIC DIGITAL COUNTER WHICH CAN BE PRESET TO THE REQUIRED NUMBER OF REVOLUTIONS OF THE DRUM 3UPPLIED hWITHOUTv ABRASIVE CHARGES TO BE ORDERED SEPARATELY ACCORDING TO THE 3TANDARDS THE MACHINE HAS TO COMPLY )T CANNOT BE SOLD IN THE #% MARKETS WITHOUT PROTECTION SEE ACCESSORIES 0OWER SUPPLY 6 (Z PH 7 $IMENSIONS X X MM 7EIGHT KG .%%$%$ !##%33/29 ! 3ET OF !"2!3)6% #(!2'%3 CONFORMING TO !34 !!3(4/ #.2 5.) 5.% .,4 3TANDARDS

! 3ET OF !"2!3)6% #(!2'%3 CONFORMING TO %. .& 3TANDARDS 50'2!$).' !##%33/2)%3 ! 3%#52)49 #!").%4 MANUFACTURED FROM SHEET STEEL CONFORMING TO #% 3AFETY $IRECTIVE 7HEN OPENING THE CABINET S DOOR DURING ,OS !NGELES WORKING A MICROSWITCH AUTOMATICALLY STOPS THE ROTATION OF THE DRUM $IMENSIONS X X MM 7EIGHT KG APPROX !

! !

! 3%#52)49 #!").%4 MANUFACTURED FROM SHEET STEEL INTERNALLY LINED WITH SOUND PROOFING MATERIAL FOR NOISE REDUCTION CONFORMING TO #% 3AFETY $IRECTIVE 7HEN OPENING THE CABINET S DOOR DURING ,OS !NGELES WORKING A MICROSWITCH AUTOMATICALLY STOPS THE ROTATION OF THE DRUM $IMENSIONS X X MM 7EIGHT KG APPROX ! !

! $%6)#% FOR FAST AND EASY CLAMPING OF THE TABLE TO THE DRUM MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 !

SECTION !

-ICRO $EVAL TESTING MACHINE

$%4%2-).!4)/. /& 4(% 2%3)34!.#% 4/ 7%!2 34!.$!2$3 %. %. .& 0 .& 0 5.% #.2 .Âª 5SED TO DETERMINE THE RESISTANCE OF AGGREGATES BY ABRASION 4HE MACHINE ESSENTIALLY COMPRISES A HEAVY STEEL FRAME ON WHICH THE FOLLOWING STAINLESS STEEL CYLINDERS CAN BE MOUNTED CYLINDERS DIA X MM OR CYLINDERS DIA X MM OR CYLINDERS DIA X MM AND DIA X MM 4HE -ICRO $EVAL IS SUPPLIED COMPLETE WITH SEPARATE CONTROL PANEL FITTED WITH A DIGITAL AUTOMATIC REVOLUTIONS COUNTER 3UPPLIED hWITHOUTv STAINLESS STEEL CYLINDERS AND hWITHOUTv STAINLESS STEEL SPHERES WHICH HAVE TO BE ORDERED SEPARATELY SEE NEEDED ACCESSORIES )T CANNOT BE SOLD IN #% MARKETS WITHOUT SECURITY CABINET SEE MOD ! 0OWER SUPPLY 6 (Z PH 7 $IMENSIONS X X MM 7EIGHT KG APPROX ! !

50'2!$).' !##%33/2)%3 ! #9,).$%2 STAINLESS STEEL MM DIA X MM LENGTH #ONFORMING TO %. .& 0 ! 30(%2%3 STAINLESS STEEL MM DIA 0ACK OF PIECES .& 0 ! 30(%2%3 STAINLESS STEEL MM DIA 0ACK OF PIECES .& 0 ! #9,).$%2 h()'( 0%2&/2-!.#%v STAINLESS STEEL MM DIA X MM LENGTH %.

! "!2 '2)$ 3)%6% SLOTH WIDTH MM 5SED TO CHECK THE WEAR OF THE SPHERES OF THE -ICRO $EVAL HAVING NOMINAL SIZE MM

-ICRO $EVAL 4ESTING -ACHINE SAME TO MOD ! BUT EQUIPPED WITH SECURITY CABINET MANUFACTURED FROM SHEET STEEL LINED WITH SOUND PROOFING MATERIAL FOR NOISE REDUCTION CONFORMING TO #% 3AFETY $IRECTIVE 7HEN OPENING THE CABINET S DOOR DURING -ICRO $EVAL WORKING A MICROSWITCH AUTOMATICALLY STOPS THE ROTATION OF THE CYLINDERS $IMENSIONS X X MM 7EIGHT KG APPROX .%%$%$ !##%33/2)%3 ! #9,).$%2 STANDARD STAINLESS STEEL

MM DIA X MM LENGTH NEEDED %. ! 30(%2%3 STAINLESS STEEL

MM DIA 0ACK OF KG %. MATERIAL TESTING EQUIPMENT

! !

!'' 2 %' !4 %3 2/ # +3 ! 34!.$!2$3 .& 0 !34- $ 5SED TO DETERMINE THE QUALITY OF AGGREGATES BY ABRASION BOTH BY DRY AND WET PROCEDURE 4HE MACHINE ESSENTIALLY COMPRISES A STEEL FRAME ON WHICH TWO CYLINDERS ARE MOUNTED 4HE MACHINE IS SUPPLIED COMPLETE WITH SEPARATE CONTROL PANEL FITTED WITH A DIGITAL AUTOMATIC REVOLUTION COUNTER TWO COLLECTING PANS )T CANNOT BE SOLD IN #% MARKETS WITHOUT SECURITY CABINET SEE MOD ! ! 0OWER SUPPLY 6 (Z PH 7 $IMENSIONS X X MM 7EIGHT KG

SECTION !

$EVAL TESTING MACHINE

$EVAL 4ESTING -ACHINE SAME TO MOD ! BUT EQUIPPED WITH SECURITY CABINET MANUFACTURED FROM SHEET STEEL CONFORMING TO #% 3AFETY $IRECTIVE 7HEN OPENING THE CABINET S DOOR DURING $EVAL WORKING A MICRO SWITCH AUTOMATICALLY STOPS THE MACHINE $IMENSIONS X X MM 7EIGHT KG APPROX

$EVAL 4ESTING -ACHINE SAME TO MOD ! BUT EQUIPPED WITH SECURITY CABINET MANUFACTURED FROM SHEET STEEL LINED WITH SOUND PROOFING MATERIAL FOR NOISE REDUCTION CONFORMING TO #% 3AFETY $IRECTIVE 7HEN OPENING THE CABINET S DOOR DURING $EVAL WORKING A MICRO SWITCH AUTOMATICALLY STOPS THE MACHINE $IMENSIONS X X MM 7EIGHT KG APPROX

!GGREGATE IMPACT VALUE APPARATUS 34!.$!2$3 "3 .& 0 5SED TO DETERMINE THE IMPACT VALUE OF AGGREGATES AND SELECT THEM FOR A GIVEN APPLICATION 4HE MACHINE HAS A TRIP ACTION HAMMER RELEASE BLOW COUNTER DEVICE AND A BUILT IN OPERATOR SAFETY DEVICE -ANUFACTURED IN HEAVY DUTY FORM WITH HARDENED STEEL SURFACES FOR MINIMUM WEAR 4HE COMPLETE ASSEMBLY IS CADMIUM PLATED FOR CORROSION PROTECTION $IMENSIONS X X MM 7EIGHT KG APPROX 4(% !00!2!453 )3 !6!),!",% ). 47/ 6%23)/.3 ONE MEETING "3 3TANDARD ONE MEETING .& 0 3TANDARD ! +)4 !''2%'!4% )-0!#4 6!,5% !00!2!453 "3 #ONSISTING OF ! 4%34 &2!-% !33%-",9 ! #9,).$2)#!, -/5,$ DIA X MM CYLINDRICAL MEASURE DIA X MM TAMPING ROD

! +)4

! +)4 !''2%'!4% )-0!#4 6!,5% !00!2!453 .& 0 #ONSISTING OF ! 4%34 &2!-% !33%-",9 ! #9,).$2)#!, -/5,$ DIA X MM MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 3 +)4

3 +)4 3 3AND EQUIVALENT

SECTION !

3AND EQUIVALENT TEST SET COMPLETE

!33%33-%.4 /& &).% !''2%'!4%3 34!.$!2$3 %. .& 80 #.2 . 5.) 5.% 4HE SET COMPRISES 3 0LEXIGLASS MEASURING CYLINDER ENGRAVED AT AND MM PIECES 3 2UBBER STOPPER FOR CYLINDER PIECES 6 'RADUATED RULE MM STAINLESS STEEL 6 &UNNEL WIDE MOUTH 3 -EASURING CAN ML CAPACITY 6 0LASTIC BOTTLE LITRE CAPACITY 3 )RRIGATOR TUBE WITH STOPCOCK AND SYPHON ASSEMBLY %. !343 7EIGHTED FOOT ASSEMBLY FOR SAND LEVEL ! 3IEVE DIA MM OPENING MM 3 #ONCENTRATED STOCK SOLUTION ML 6 3TOP WATCH DIGITAL 3 #LAMP STAND SET TO HOLD THE SYPHON ASSEMBLY WITH BOTTLE 3 0ORTABLE CARRYING CASE DIMENSIONS X X MM 4OTAL 7EIGHT KG 3 +)4

TEST SET SIMPLE 34!.$!2$3 %. .& 80 5.) 5.% 3 3 +)4 4HE SET COMPRISES 3 0LEXIGLASS MEASURING CYLINDER ENGRAVED AT AND MM PIECES 3 2UBBER STOPPER FOR CYLINDER PIECES 6 'RADUATED RULE MM STAINLESS STEEL 6 &UNNEL WIDE MOUTH 3 -EASURING CAN ML CAPACITY 6 0LASTIC BOTTLE LITRE CAPACITY 3 )RRIGATOR TUBE WITH STOPCOCK AND SYPHON ASSEMBLY %. !343 7EIGHTED FOOT ASSEMBLY FOR SAND LEVEL 3 #ONCENTRATED STOCK SOLUTION ML 4OTAL 7EIGHT KG 3 +)4 3AND EQUIVALENT TEST SET SIMPLE 34!.$!2$3 !34- $ !!3(4/ 4 4HE SET COMPRISES THE SAME ITEMS OF MOD 3 +)4 BUT IT CONFORMS TO THE ABOVE 3PECIFICATIONS !##%33/2)%3 3 -ETALLIC FUNNEL CONFORMING TO %. .& 5.) 3PECIFICATIONS 3 #ARRYING CASE PLASTIC HOUSING 3 +)4 OR 3 +)4 EXCEPT THE BOTTLE 6

3 +)4

3AND EQUIVALENT TEST SET COMPLETE 34!.$!2$3 !34- $ !!3(4/ 4 4HE SET IS IDENTICAL TO MOD 3 +)4 EXCEPT 3 0LEXIGLASS MEASURING CYLINDER ENGRAVED AT AND MM WITH TRANSPARENT ADHESIVE LABEL GRADUATED IN MM AND INCH 3 -ESURING CAN ML CAPACITY 3 7EIGHTED FOOT ASSEMBLY FOR SAND LEVEL ! 3IEVE DIA MM OPENING MM

3 . 3 3 3 .

-OTORIZED SAND EQUIVALENT SHAKER 34!.$!2$3 %. !34- $ !!3(4/ 4 .& 80 5.% 5.) 4HE UNIT PROVIDES A CONSTANT UNIFORM SHAKING WITH AUTOMATIC CYCLE TEST /SCILLATING EXCURSION IS MM AT Â&#x2022; ADJUSTABLE STROKES MIN RATE #OMPLETE WITH DIGITAL TIMER THAT AUTOMATICALLY STOPS THE SHAKER AT THE END OF THE TEST )T CANNOT BE SOLD IN #% MARKETS WITHOUT SECURITY CABINET SEE MODEL 3 . 0OWER SUPPLY 6 PH (Z 7 $IMENSIONS X X MM 7EIGHT KG 3 .

-OTORIZED SAND EQUIVALENT SHAKER 3 . 3 3 MATERIAL TESTING EQUIPMENT

!S DESCRIBED BUT EQUIPPED WITH STEEL 3ECURITY #ABINET CONFORMING TO #% 3AFETY $IRECTIVE 7HEN OPENING CABINET S DOOR DURING SHAKER WORKING A MICROSWITCH AUTOMATICALLY STOPS THE MACHINE

!'' 2 %' !4 %3 2/ # +3 "LUE METHYLENE TEST SET !33%33-%.4 /& &).%3 !''2%'!4%3 34!.$!2$3 %. .& 0 5.) 5.% 5TILIZED TO DETERMINE THE CLAY CONTENT IN THE FINE PORTIONS OF THE AGGREGATES 4HE SET COMPRISES 3 %LECTRIC STIRRER ADJUSTABLE FROM TO RPM COM PLETE WITH MM DIA PROPELLER 6 PH (Z 3 3UPPORT BASE FOR STIRRER 3 "URETTE X ML WITH STOPCOCK 3 3UPPORT BASE FOR BURETTE 3 0AN X X MM 3 &ILTER PAPER MM DIA PACK OF 3 'LASS ROD DIA X MM 3 ML CAPACITY PLASTIC BEAKER 6 -ETHYLENE BLUE G 6 +AOLINITE G 4OTAL 7EIGHT KG ./4% %ACH ITEM CAN BE ORDERED SEPARATELY !##%33/29 3 !54/-!4)# $)30%.3%2 ML X ML GRAD #APACITY ML AS AN ALTERNATIVE TO THE "URETTE 3 3 3

4EST FOR GEOMETRICAL PROPERTIES OF AGGREGATES #LASSIFICATION TEST FOR THE CONSTITUENTS OF COARSE RECYCLED AGGREGATE 34!.$!2$ PR%. 3

0LUNGER FOR THE GRADUATED CYLIN DER 4HE TEST CONSISTS OF HAND SORTING PARTICLES FROM A TEST PORTION OF COARSE RECYCLED AGGREGATE INTO A LIST OF CONSTITUENTS 4HE PROPORTION OF EACH CONSTITUENT IN THE TEST PORTION IS THEN DETERMINED AND EXPRESSED AS A PERCENTAGE BY MASS EXCEPT FOR THE PROPORTION OF FLOATING PARTICLES WHICH IS EXPRESSED AS A VOLUME BY MASS 3TAINLESS STEEL MADE 7EIGHT G APPROX

SECTION !

3 +)4

6 3 !##%33/29 6 ',!33 '2!$5!4%$ #9,).$%2 ML CAPACITY

"OTTLE ROLLER &/2 4(% $%4%2-).!4)/. /& #,!9 3),4 !.$ $534 ). &).% !.$ #/!23% !''2%'!4%3 4/ "3 3%$)-%.4!4)/. -%4(/$ 34!.$!2$3 "3 !34- # 4O ROTATE ONE UP TO THREE BOTTLES OR JARS SIMULTANEOUSLY ABOUT THEIR LONGITUDINAL AXIS WITH ROTATION SPEED ADJUSTABLE FROM UP TO RPM 0OWER SUPPLY 6 (Z PH $IMENSIONS X X MM 7EIGHT KG APPROX

3 +)4

!##%33/29 3 "/44,% PYREX GLASS LITRE CAPA CITY WITH AIRTIGHT STOPPER

" 3

!UTOMATIC -ETHYLENE "LUE TESTER

4HIS INSTRUMENT DETERMINES AUTOMATICALLY THE QUANTITY OF CLAY IN SAND )T GRANTS ACCURATE AND REPEATABLE TEST RESULTS SAVING A LOT OF TIME APPROX MINUTES EACH TEST 4HE APPARATUS IS COMPOSED 3 BY PRECISION PUMP COLORIME TER CONTROL UNIT FILTERS LIQUIDS POWDER ACCESSORIES 0OWER SUPPLY 6 PH (Z $IMENSIONS X X MM APPROX 7EIGHT KG ABOUT

!NDREASEN PIPETTE ML CAPACITY GLASS MADE USED FOR AN ACCURATE AND PRECISE EXTRAC TION OF SUSPENSION MATERIAL FOR ANALYSIS

3 0)0%44% 34!.$ TO ACCURATELY RAISE AND LOWER THE !NDREASEN PIPETTE WITH NO TRANSMISSION OF VIBRATIONS 7EIGHT KG APPROX MATERIAL TESTING EQUIPMENT

SECTION !

!' ' 2 % ' !4% 3 2/# + 3

&ILLER COMPACTION APPARATUS

!GGREGATE CRUSHING VALUE APPARATUS DIA MM

$%4%2-).!4)/. /& 4(% 6/)$3 #/.4%.4 /& $29 #/-0!#4%$ &),,%2 34!.$!2$3 %. COMPARABLE TO "3 #.2 .Âª .,4 4HE APPARATUS CONSISTS OF CYLINDER HAVING INSIDE DIA MM PLUNGER FREELY SLIDING INTO THE CYLINDER WITH MAX LATERAL PLAY OF Â¢ MM FOUR COLUMNS AND METALLIC BASE HOLDING THE WHOLE 4O PERFORM THE TEST A MEASURING DEVICE VERNIER CALIPER WITH MM ACCURACY IS REQUIRED SEE ACCESSORY 7EIGHT KG !##%33/29 6 $)')4!, 6%2.)%2 #!,)0%2 MM X MM SENS

34!.$!2$ "3 #OMPRISING MM NOMINAL DIAMETER STEEL CYLINDER PLUNGER BASE PLATE TAMPING ROD AND MEASURE MM DIAMETER X MM DEEP 5SED FOR AGGREGATE PASSING MM AND RETAINED BY MM SIEVE 4HE COMPLETE ASSEMBLY IS CADMIUM PLATED FOR CORROSION PROTECTION 7EIGHT KG !

!GGREGATE CRUSHING VALUE APPARATUS DIA MM 34!.$!2$ "3 #OMPRISING MM NOMINAL DIAMETER STEEL CYLINDER PLUNGER BASE PLATE TAMPING ROD AND MEASURE MM DIAMETER X MM DEEP 5SED FOR AGGREGATE SMALLER THAN MM 4HE COMPLETE ASSEMBLY IS CADMIUM PLATED FOR CORROSION PROTECTION 7EIGHT KG

! !

1UARTERING CANVAS NOT ILLUSTRATED 34!.$!2$ !34- # -ETHOD " 5SED IN FIELD QUARTERING SOIL AND AGGREGATES 3IZE X CM

3IPHON CAN APPARATUS 34!.$!2$ "3 PART 5SED TO DETERMINE THE MOISTURE CONTENT AT KNOWN CONDITIONS 3UPPLIED COMPLETE WITH MEASURING CYLINDER RUBBER PIPES FITTED WITH SCREW CLIPS STIRRING ROD 7EIGHT KG !

6OLUMETER FOR AGGREGATES 34!.$!2$ "3 5SED TO MEASURE COARSE AGGRE GATE DENSITY BY WATER DISPLACE MENT METHOD &ORMED BY A CYLINDRIC METAL CONTAINER DIA X MM FITTED WITH A SIPHON TUBE AT MM FROM BOTTOM 7EIGHT KG !##%33/29 6 'RADUATED GLASS CYLIN DER ML CAPACITY

MATERIAL TESTING EQUIPMENT

!'' 2 %' !4 %3 2/ # +3 $ETERMINATION OF PARTICLE DENSITY AND WATER ABSORPTION OF AGGREGATES 34!.$!2$3 %. %. 5.) "3 !34- # # !!3(4/ 4 $). .,4 4O PERFORM THIS TEST ADDITIONAL GENERAL PURPOSE EQUIPMENT ARE REQUIRED SUCH AS /VEN 3IEVES "ALANCES ETC AND THE FOLLOWING SPECIFIC APPARATUS

$ENSITY BASKET DIA MM BY MM HEIGH MESH SIZE MM ALL STAINLESS STEEL MADE

3PECIFIC GRAVITY FRAME 4ECHNICAL DATA SEE 3ECTOR h6v PAG

6 6

0YKNOMETER PYREX GLASS COMPLETE WITH STOPPER CAPILLARY TUBE AND FUNNEL USED TO DETERMINE THE VOIDS AND BULK DENSITY OF AGGREGATES 6 #APACITY ML 6 #APACITY ML

0YKNOMETER PYREX GLASS WIDE MOUTH DIA MM COMPLETE WITH CAPILLARY TUBE STOPPER USED TO EVALUATE THE VOLUME DENSITY AND VOIDS OF AGGREGATES 6 #APACITY ML 6 #APACITY ML 6 #APACITY ML

SECTION !

3AND ABSORPTION CONE AND TAMPER USED IN DETERMINING THE SPECIFIC GRAVITY AND ABSORPTION OF FINE AGGREGATES

$ETERMINATION OF THE PARTICLE DENSITY OF FILLER 0YKNOMETER METHOD

6 6

34!.$!2$3 %. .& 0 "3 4O PERFORM THIS TEST ADDITIONAL GENERAL PURPOSE EQUIPMENT ARE REQUIRED SUCH AS /VEN 3IEVES "ALANCE ETC AND THE FOLLOWING SPECIFIC APPARATUS 3

3PECIFIC GRAVITY "OTTLE 'AY ,USSAC TYPE PYREX GLASS COMPLETE WITH CAPILLARY TUBE STOPPER TO DETERMINE THE PARTICLE DENSITY AND SPECIFIC GRAVITY OF FILLER IN FINE AGGREGATES 6 #APACITY ML 6 #APACITY ML 6 #APACITY ML

6 6

7ATER BATH WITH HEATING CIRCULATING SYSTEM ALL STAINLESS STEEL MADE %QUIPPED WITH COOLING COIL DEVICE FOR CONNECTION TO WATER NET #APACITY LITRES $IGITAL THERMOSTAT 4EMPERATURE RANGE AMBIENT TO Âª# !CCURACY Âª# )NSIDE DIMENSIONS X X MM /VERALL DIMENSIONS X X MM 0OWER SUPPLY 7 (Z PH 7 7EIGHT KG APPROX

$ETERMINATION OF THE RELATIVE DENSITY AND WATER ABSORPTION OF AGGREGATES MAX MM SIZE 34!.$!2$3 "3 !34- $ !!3(4/ 4

0YKNOMETER GLASS MADE

WITH ALUMINIUM CONE AND RUBBER SEAL #APACITY KG MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 !

SECTION !

,ABORATORY JAWS CRUSHER 34!.$!2$ 5.% $ESIGNED TO CRUSH ANY SORT OF MATERIAL ALSO THE HARDEST 4HE STRUCTURE IS FROM CAST IRON THE SHAFT FROM RECTIFIED STEEL THE JAWS FROM MANGANESE *AWS OPENING IS REGULATED FROM TO MM BY A WEDGE *AW SIZE X MM 0RODUCTION TO KG HOUR 4HE CRUSHER IS SUITABLE TO PREPARE THE MATERIAL TO BE REDUCED TO POWDER WITH THE JAR MILL ! SERIE #OMPLETE WITH STEEL CABINET CONFORMING TO #% SAFETY $IRECTIVE AND COLLECTING PAN 0OWER SUPPLY 6 (Z PH 7 $IMENSIONS X X MM 7EIGHT KG

! WITHOUT CABINET

! WITH CABINET

! !

*AR MILL $ESIGNED TO REDUCE FROM MM TO POWDER GRANULOMETRIC MATERIALS LIKE CEMENT STONES ROCKS HARD MATERIALS 3UPPLIED hWITHOUTv JAR TO BE ORDERED SEPARATELY SEE NEEDED ACCESSORY 4HIS MILL CAN ACCEPT JARS HAVING CAPACITY CC OR CAPACITY CC *AR IS IN PROKORUND MATERIAL WITH RELEVANT HARD PORCELAIN SPHERES .OISE REDUCTION STEEL CABINET AND MICROSWITCH CONFORMING TO #% SAFETY $IRECTIVE "UILT IN TIMER 2PM ABOUT 0OWER SUPPLY h.%%$%$v !##%33/29 6 (Z PH 7 ! *!2 CC CAPACITY COMPLETE WITH SPHERES $IMENSIONS ! *!2 CC CAPACITY COMPLETE WITH SPHERES X X MM 7EIGHT KG DETTAGLIO GIARE ! *AR MILL CAPACITY CC ! 3AME TO MOD ! BUT WITH JAR CAPACITY OF CC $RY MIXER 3UPPLIED hCOMPLETEv WITH JAR AND SPHERES $ESIGNED TO MIX DRY MATERIALS LIKE POWDERS CEMENT GYPSUM AND GRANULOMETRIC MATERIALS )N A SHORT TIME IT ASSURES A PERFECT AND HOMOGENEOUS MIXTURE 4HE MIXER CONSISTS OF TWO OPPOSITE ASYMMETRIC CONES AND A PAN FOR COLLECTING THE MIXED MATERIAL 3UPPLIED COMPLETE WITH TIMER 4HE VOLUME OF THE CONE IS LITRES -IXING CAPACITY KG OF MATERIAL !##%33/29 3PEED ROTATION RPM )T CANNOT BE SOLD IN #% MARKETS WITHOUT ! SECURITY CABINET SEE MOD ! 3%#52)49 #!").%4 MANUFACTURED FROM 0OWER SUPPLY 6 (Z PH 7 SHEET STEEL LINED WITH SOUND PROOFING $IMENSIONS XX X MM MATERIAL FOR NOISE REDUCTION CONFORMING TO 7EIGHT KG #% 3AFETY $IRECTIVE 7HEN OPENING THE CABINET S DOOR DURING -IXER WORKING A MICROSWITCH AUTOMATICALLY STOPS THE ROTATION OF THE DRUM $IMENSIONS X X MM ! 7EIGHT KG APPROX MATERIAL TESTING EQUIPMENT

!'' 2 %' !4 %3 2/ # +3 !

3+)$ 2%3)34!.#% !.$ &2)#4)/. 4%34%2

4HE APPARATUS IS SUITABLE FOR BOTH SITE AND LABORATORY APPLICATIONS TO PERFORM TWO TYPES OF TESTS &OR MEASURING PAVEMENT ROAD ASPHALT SURFACE FRICTIONAL AND SKID RESISTANCE PROPERTIES &OR POLISHED STONE VALUE TESTS ON AGGREGATES CURVED SPECIMENS FROM ACCELERATED POLISHING TESTS 4HE SKID TESTER IS ALSO SUITABLE TO PERFORM TESTS ON .ATURAL STONES CONFORMING TO %. #ONCRETE BLOCK PAVERS CONFORMING TO %. 4HE TESTER MEASURES THE ENERGY LOSS WHEN A RUBBER SLIDER EDGE IS PROPELLED OVER THE SURFACE UNDER TEST 4HE SLIDER LIFTING DEVICE IS INCORPORATED IN THE PENDOLUM BASE ASSURING ACCURATE ADJUSTEMENT OPERATIONS 4HE HEIGHT ADJUSTING SYSTEM IS SIMPLE AND RELIABLE 4HE POINTER MADE FROM LIGHT ALLOY HAS EXTREMELY LOW FRICTIONS GRANTING HIGH PRECISION RESULTS 4HE RELEASE MECHANISM OF THE PENDULUM ARM HAS AN ORIGINAL SOLUTION REDUCING THE FRICTION TO MINIMUM FOR BETTER ACCURACY 4HE SKID TESTER IS SUPPLIED COMPLETE WITH !DDITIONAL INCORPORATED SCALE FOR TESTS ON 0OLISHED 3TONE 6ALUE SPECIMENS 2ULE PLEXIGLASS MADE FOR SLIDING LENGTH VERIFICATION 4HERMOMETER RANGE n TO Âª# FOR SURFACE TEMPERA TURE MEASUREMENT 3TOOL WASH BOTTLE BRISTLE TOOL SET FOR MACHINE USE #ARRYING CASE #ALIBRATION #ERTIFICATE CONFORMING TO %. 4HE TESTER IS SUPPLIED h7)4(/54v RUBBER SLIDERS THAT HAVE TO BE ORDERED SEPARATELY SEE ACCESSORIES #ASE DIMENSIONS X X MM 7EIGHT KG

SECTION !

34!.$!2$3 %. %. %. %. !34- % "3 #.2 . .& 0 0 .,4

!##%33/2)%3 ! -OUNTED RUBBER SLIDER FOR SITE USE PAVEMENT SURFACE COMPLETE WITH CONFORMITY CERTIFICATE ! -OUNTED RUBBER SLIDER FOR 0OLISHED 3TONE 6ALUE TESTS LABORATORY COMPLETE WITH CONFORMITY CERTIFICATE ! -ETAL BASE PLATE FOR 0OLISHED 3TONE 6ALUE TESTS IN LABO RATORY AND FOR TESTS ON NATURAL STONES AND CONCRETE BLOCK PAVERS 3UPPLIED hWITHOUTv SPECIMEN CLAMPING DEVICES TO BE ORDERED SEPARATELY

! #LAMPING DEVICE FOR 0OLISHED 3TONE 6ALUE TESTS IN ,ABORATORY

! #LAMPING DEVICE FOR TESTS ON NATURAL STONES %. FOR CONCRETE BLOCK PAVERS %. AND SKIDDING TESTS ON WOODEN FLOOR %.

! 0INK LAPPING FILM SHEETS FOR 3KID #ALIBRATION

! !

! CONTAINED IN CARRYING CASE

! MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 ! .

SECTION !

!CCELERATED POLISHING MACHINE

$%4%2-).!4)/. /& 4(% 0/,)3(%$ 34/.% 6!,5% 34!.$!2$3 %. %. "3 .& 0 #.2 . )T MEASURES THE RESISTANCE OF ROAD AGGREGATES PAVING STONES PAVING BLOCKS TO THE POLISHING ACTION OF VEHICLE TYRES ON A ROAD SURFACE 4HE SPECIMENS ARE MANUFACTURED WITH SUITABLE MOULDS 4HE SPECIMEN IS THAN LOCATED ON THE 2OAD 7HEEL ACCEPTING SPECIMENS 4HE WHEEL IS NOW ROTATED AND ENTERS IN CONTACT WITH SOLID RUBBER TYRE SPRING LOADED !BRASIVE CHARGES ARE CONTINUOUSLY FED BY MECHANICAL FEEDERS AT FIXED SPEED 2OAD WHEEL SPEED TO R P M 4HE FLOUR EMERY IS LOADED ON TO THE SPECIMEN THROUGH A SUITABLE OPENING 4HE WATER IS SUPPLIED AT A CONTROLLED RATE THROUGH A WATER CONTAINER 4HE DIGITAL CONTROL PANEL FORESEEN IN THE BACK SIDE OF THE MACHINE ALLOWS TO SELECT THE TEST TIME $URING THE TEST EXECUTION THE DISPLAY SHOWS THE REMAINING TIME AND THE SPEED ROTATION OF THE WHEEL HOLDING THE SPECIMENS 4HE MACHINE PROVIDES A METHOD OF PREPARING POLISHED STONE SPECIMENS FOR USE WITH THE 3KID 2ESISTANCE 4ESTER MOD ! WHEN USED IN ,ABORATORY 4HE UNIT IS SUPPLIED COMPLETE WITH RUBBER WHEELS ONE FOR CORN AND ONE FOR FLOUR EMERY SET OF SECIMEN MOULDS AND MOULD COVERS WHILE CONTROL STONE CORN AND FLOUR EMERY HAVE TO BE ORDERED SEPARATELY SEE ACCESSORIES 0OWER SUPPLY 6 (Z PH 7 ! . $IMENSIONS X X MM 7EIGHT KG !##%33/2)%3 ! #ORN %MERY KG PACK ! &LOUR %MERY KG PACK ! #ONTROL STONES UNGRADED KG BAG ! &RICTION 4ESTER 2EFERENCE 3TONE #RIGGION 3TONE UNGRADED KG BAG ! &LAKINESS SIEVE SLOT BY MM USED TO RETAIN THE ROAD AGGREGATES 30!2% 0!243 ! -OULD WITHOUT COVER TO PREPARE THE SPECIMEN ! #OVER FOR THE MOULD

! . REAR SIDE DETAIL WITH CONTROL PANEL

!BRASION "ÚHME TESTER TO MEASURE VOLUME LOSS IN A SPECIMEN UNDER ABRASION STRESS IN TESTS SUCH AS PAVING STONES CONCRETE SLABS SLABS MADE OF NATURAL ROCKS NATURAL STONE SLABS 34!.$!2$3 %. %. %. $). 3EE SECTION h#v #ONCRETE PAG MATERIAL TESTING EQUIPMENT

!BRASION MACHINE

!BRASION TESTER FOR NATURAL STONES AND CONCRETE

!''2%'!4% !"2!3)/. 6!,5% !!6 $%4%2-).!4)/. 34!.$!2$3 %. "3 4HE TEST GIVES A MEASURE OF THE RESISTANCE OF AGGREGATES TO SURFACE WEAR BY ABRASION )NADEQUATE ABRASION OF ROAD SURFACING AGGREGATES MEANS AN EARLY LOSS OF THE TEXTURE DEPTH REQUIRED TO MAINTAIN HIGH SPEED SKIDDING RESISTANCE 4HE MACHINE CONSISTS OF A HEAVY DUTY MAINFRAME ON ADJUSTABLE ANTI VIBRATION PADS STEEL LAP WHEEL MM DIAMETER THAT ROTATES IN A HORIZONTAL PLANE AT R P M PRECISION MACHINED STEEL SHAFT AND SEALED BEARINGS RESILIENT MOUNTED ELECTRIC MOTOR GEAR BOX SCRAPER BLADES FOR SAND REMOVAL REVOLUTION COUNTER 3UPPLIED COMPLETE WITH TWO SPECIMEN MOULDS TWO FLAT PLATES TWO TRAYS WEIGHTS FIXING DEVICE 0OWER SUPPLY 6 PH (Z $IMENSIONS X X MM 7EIGHT KG

!"2!3)/. 2%3)34!.#% /. .!452!, 34/.%3 !.$ #/.#2%4% 4),%3 &/2 0!6).' 34!.$!2$3 %. %. #%. 4# 5.) "3 5SED TO DETERMINE THE RESISTANCE TO ABRASION AND WEAR OF CONCRETE PRODUCTS AND NATURAL STONES BY MEASURING THE LENGTH OF A GROOVE PRODUCED ON THE SPECIMEN SURFACE BY A DISC WITH THICKNESS OF MM THAT ROTATES AT CONTROLLED SPEED AND MAKES A CONSTANT PRESSURE ON THE SPECIMEN ! CHARGE OF ABRASIVE MATERIAL MUST BE INTERPOSED BETWEEN THE DISC AND THE SPECIMEN 4HE INSTRUMENT IS SUPPLIED WITH ASPIRATOR TO COLLECT POWDERS ELECTRONIC SPEED CONTROLLER AND SHUT TING OFF DEVICE AFTER THE SET NUMBER OF REVOLUTIONS KG OF ABRASIVE MATERIAL ACCESSORIES AND CABINET TO #% 3AFETY $IRECTIVE 0OWER SUPPLY 6 (Z PH 7 $IMENSIONS X X MM 7EIGHT KG

SECTION !

!'' 2 %' !4 %3 2/ # +3

! ! ! !##%33/2)%3 ! 'RADED SILICA SAND 0ACK OF KG

!BRASION TESTER FOR BRICKS AND GLAZED TILES

6 3OFT HAIR BRUSH MM DIA "3

34!.$!2$3 %. %. #%. )3/ 3AME TO MOD ! BUT WITH DISC THICKNESS OF MM 3UITABLE FOR BRICKS AND CERAMIC GLAZED TILES

30!2% 0!24 ! 4WO SPECIMEN MOULDS

30!2% ! !BRASIVE WHITE CORUNDUM SAND GRADE 0ACK OF KG MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 !

SECTION !

#ALCIMETER

'ASOMETER $IETRICH &RÃ HLING

#!2"/.!4% #/.4%.4 /& !''2%'!4%3 5SED FOR THE DETERMINATION OF CALCIUM CARBONATE #A#O IN CERTAIN PRODUCTS SUCH AS LIME STONE AND LIME MARL )T MAINLY CONSISTS OF A GLASS CONTAINER IN WHICH THE REACTION BETWEEN THE CALCIUM CARBONATE PRESENT IN THE PRODUCT AND A SOLUTION OF HYDROCLORIDRIC ACID TAKES PLACE 4HE GASED PRODUCT IS COL LECTED AND MEASURED BY A ! DEVICE CONNECTED TO THE CONTAINER !S THE VOLUME OF THE PRODUCED GAS #O IS IN RELATION TO THE #A#O AMOUNT CONTAINED IN THE MATERIAL IT IS POSSIBLE TO CALCULATE THE PERCENT AGE OF #A#O $IMENSIONS X X MM 7EIGHT KG

!##%33/2)%3 ! '!3 *!2 TO DETERMINE THE SPECIFIC GRAVITY OF SOILS #OMPLETE WITH GLASS COVER $IAMETER MM BY MM HEIGHT 7EIGHT KG ! 25""%2 "5.' FOR THE GAS JAR !

# 3%0!2!4% #/.42/, 0!.%, COMPLETE WITH /. /&& SWITCH TIMER FUSE ELECTRIC PROTECTIONS !

#RUSHING COEFFICIENT MACHINE 34!.$!2$ #.2 .Âª #OMPOSED BY A METALLIC GUIDE MM LONG AND MM WIDE SUITABLE TO CONTAIN GR OF TESTING AGGREGATES 4HE GUIDE IS SLIDED LENGTHWISE AND TRANSVERSALWISE THROUGH HAND WHEELS )N THE CENTER OF THE TABLE A METALLIC WHEEL KG WEIGHT WITH BAND OF MM WIDE IS FORESEEN 4HE TEST IS PERFORMED BY PASSING THE WHEEL ON THE AGGREGATES CONTAINED INTO THE GUIDE FOR TWELVE TIMES $IMENSIONS X X MM 7EIGHT KG ! 3

#OLOUR STANDARD CHART # ! ! !

34!.$!2$3 !34- # !!3(4/ 4 5.) &OR THE DETERMINATION OF THE ORGANIC IMPURITIES IN SOILS AND FINE AGGREGATES #HART WITH GLASS REFERENCE SCALES 3

%ND /VER %ND SHAKER 34!.$!2$ %. "3 5SED TO DETERMINE THE SPECIFIC GRAVITY OF SOILS IT ROTATES TWO GAS JARS AT APPROX RPM TO SATISFY "3 3TANDARD 4HE SHAKER IS EQUIPPED WITH AN ORIGINAL FRICTION DEVICE CONFORMING THE UNIT TO #% 3AFETY $IRECTIVE 3UPPLIED hWITHOUTv GAS JARS TO BE ORDERED SEPARATELY 0OWER SUPPLY 6 (Z PH 7 $IMENSIONS X X MM 7EIGHT KG

MATERIAL TESTING EQUIPMENT

3 'RADUATED IMPURITIES TEST BOTTLE STOPPERED PYREX GLASS ML !34- # 3 'RADUATED IMPURITIES TEST BOTTLE STOPPERED PYREX GLASS ML MARKED AT AND ML 5.) 3 'RADUATED IMPURITIES TEST BOTTLE STOPPERED PYREX GLASS ML !34- # 6 3ODIUM (YDROXIDE PACK OF G

!'' 2 %' !4 %3 2/ # +3 4ESTS FOR THERMAL AND WEATHERING PROPERTIES OF AGGREGATES $ETERMINATION OF RESISTANCE TO FREEZING AND THAWING

SECTION !

34!.$!2$3 %. %. )T GIVES THE NEEDED INFORMATIONS ON THE AGGREGATES SUBJECT TO FREEZE AND THAW TEST CYCLES 4HE COLD STRESS ON AGGREGATES DEPENDS FROM THE SATURATION DEGREE OF THE WATER AND FROM THE FREEZE PERCENTAGE 4HE TEST CAN BE PERFORMED ON AGGREGATES HAVING DIMENSIONS FROM TO MM !

#ONTAINER STAINLESS STEEL MADE HAVING NOMINAL CAPACITY OF

ML 3UPPLIED COMPLETE WITH STAINLESS STEEL COVER 7EIGHT G APPROX !

"ALLAST FOR THE TEST CONTAINER PLATED STEEL MADE USED FOR TESTS ON LIGHTWEIGHT AGGREGATES 7EIGHT KG APPROX

-AGNESIUM SULPHATE TEST 4ESTS FOR THERMAL AND WEATHERING PROPERTIES OF AGGREGATES 34!.$!2$3 %. ALSO COMPARABLE TO !34- # 5.% 5.)

$ETERMINATION OF THE BEHAVIOUR AND RESISTANCE TO FREEZING AND THAWING OF AGGREGATES 34!.$!2$3 %. #.2 .Âª 5.) "3 !34- # # #

#LIMATIC CHAMBER

! "!3+%4 STAINLESS STEEL MESH MM DIA X MM HIGH MM OPENING 6 (9$2/-%4%2 CALIBRATED AT Âª#

RANGE n G ML ACCURACY G ML 6 #/.4!).%2 TINNED STEEL WITH AIRTIGHT LID MM DIA X MM HIGH

# . #

LITRES CAPACITY 4EMPERATURE RANGE Âª# (UMIDITY RANGE TO 7ITH PROGRAMMABLE TEST CYCLES 4ECHNICAL DETAILS AND OTHER MODELS DESCRIBED IN SECTION h#v #ONCRETE PAG

# .

2OCK AND MASONRY SAW )T ACCEPTS BLADES UP TO DIA MM 5SEFUL CUTTING HEIGHT MM !##%33/2)%3 # $IAMOND BLADE DIA MM # $EVICE TO CLAMP CYLINDERS AND CORES # $EVICE TO CLAMP IRREGULAR SHAPED SPECIMENS

./4% 4ECHNICAL DETAILS AND OTHER SAW MODELS DESCRIBED IN 3ECTION h#v #ONCRETE PAG MATERIAL TESTING EQUIPMENT

SECTION !

!' ' 2 % ' !4% 3 2/# + 3 $ETERMINATION OF DRYING SHRINKAGE

!3 !. !,4%2.!4)6%

4%343 /& 4(%2-!, !.$ 7%!4(%2).' 02/0%24)%3 /& !''2%'!4%3 34!.$!2$3 %. "3

% +)4 ,%.'4( #/-0!2!4/2 WITH DIGITAL DIAL INDICATOR MOD 3 MM TRAVEL BY MM DIVISIONS COMPLETE WITH BATTERY AND 23 CONNECTION TO 0# 3 #!",% TO CONNECT MOD 3 TO 0# 3 3/&47!2% FOR 3 % 2EFERENCE ROD FOR ! MOULD 5.) % 2EFERENCE ROD FOR ! MOULD 5.) %.

! 02)3- -/5,$ X X MM THREE GANG COMPLETE WITH STEEL INSERTS TO DETERMINE THE THERMAL PROPERTIES AND THE WEATHERING OF AGGREGATES IN DRYING SHRINKAGE OF CONCRETE 4HE TEST IS DEVELOPED ON CONCRETES OF FIXED MIX PROPORTIONS AND AGGREGATES OF MM MAX SIZE 7EIGHT KG !

% +)4 % +)4

% %

30!2% 0!24 ! )NSERTS FOR ! MOULD 0ACK OF PIECES

$ETERMINATION OF POTENTIAL REACTIVITY OF ALKALI IN AGGREGATES FOR USE IN CONCRETE 34!.$!2$ 5.)

! 02)3- -/5,$ X X MM THREE GANG COMPLETE WITH SIX STEEL INSERTS TO DETERMINE THE DIMENSIONAL VARIATIONS OF THE SPECIMEN 3TEEL MADE 6ICKERS HARDNESS (6 APPROX $IMENSIONS X XH MM 7EIGHT KG !

% ! !##%33/2)%3 ! 3PARE STEEL INSERTS FOR ! MOULD 0ACK OF PIECES

% 4!-0%2 HARD WOOD MADE TO COMPACT THE SPECIMEN !$$)4)/.!, !##%33/2)%3

% +)4 ,%.'4( #/-0!2!4/2 WITH DIAL INDICATOR MM TRAVEL BY MM DIVISION MOD 3 3EE #ATALOGUE SECTION h%v PAG MATERIAL TESTING EQUIPMENT

$ETERMINATION OF RESISTANCE TO THERMAL SHOCK !

-UFFLE FURNACE Âª# HIGH CAPACITY 34!.$!2$ %. 5SED FOR THE DETERMINATION OF RESISTANCE TO THERMAL SHOCK OF AGGREGATES SUBJECT TO HEATING AND DRYING IN THE PRODUCTION OF HOT BITUMINOUS MIXTURES 4HE TEST IS APPLIED TO HEATED AND SOAKED AGGREGATES AT Âª# FOR SECONDS AND COMPARING THE STRENGTH LOSS AND LOSS IN FINES OBTAINED AS PER %. 3PEC BEFORE AND AFTER THE HEATING TEST 4HE FURNACE IS ALSO SUITABLE FOR GENERAL PURPOSE LABORATORY TESTS 4ECHNICAL DATA SEE PAG 0OWER SUPPLY 6 PH (Z +W !##%33/2)%3 ! 4%34 0,!4% METAL X X MM WITH MM RIM ! 3500/24 &2!-% FOR METAL TEST PLATE ! 0,!4% FIRE PROOF X X MM ! &!"2)# STAINLESS STEEL SIZE X MM

MM CLOTH APERTURE

!BRASIMETER

"ARTON COMB PROFILOMETER MM LENGTH

34!.$!2$3 %. %. )3/ 3UITABLE TO DETERMINE THE ABRASION RESISTANCE OF GLAZED TILES AND OTHER MATERIALS 4HE INSTRUMENT HAS THREE STATIONS AND IT CAN WORK EITHER WITH WET 0%) OR DRY -## ABRASIVE CHARGES %CCENTRICY IS MM 2EVOLUTIONS PER MINUTE ARE #OMPLETE WITH CABINET TO #% 3AFETY $IRECTIVE 0OWER SUPPLY 6 (Z PH 7 $IMENSIONS X X MM 7EIGHT KG

5SED FOR THE EVALUATION OF THE SURFACE ROUGHNESS OF ROCK SAMPLES 4HIS SIMPLE DEVICE ALLOWS TO A MYRIAD OF VERY THIN STEEL WIRES TO PERFECTLY LAY TO THE OUTLINE OF THE SAMPLE UNDER TEST SO TO ALLOW ITS ANALYSIS ! $IMENSIONS X MM 7EIGHT KG !

"ARTON COMB PROFILOMETER MM LENGTH 3AME TO MOD ! BUT MM LONG

SECTION !

!'' 2 %' !4 %3 2/ # +3

! !

4ILT 4EST !

-OHS KIT 34!.$!2$ %. 5SED FOR DETERMINING THE HARDNESS OF THE SURFACE OF THE MATERIALS #OMPOSED BY A CASE CONTAINING MINERALS OF THE -OH S HARDNESS SCALE AND ALSO COPPER STRIP SMALL GLASS AND MAGNET BAR 7EIGHT G

)NDEX OF VELOCITY OF ROCKS 5LTRASONIC PULSE VELOCITY TESTER 3EE SECTION h#v CONCRETE MOD # .Â&#x2022;# . PAG Â&#x2022;

4HE INSTRUMENT MEASURES THE ROUGHNESS COEFFICIENT OF A ROCK SPECIMEN OR OF A JOINT 4HE SAMPLE IS USUALLY A ROCK CORE CUT IN HALF LENGTHWISE OR A CORE PLACED ON ANOTHER TWO 4HE UNIT IS ALSO DESIGNED TO TEST THE POSSIBLE FLUAGE TENDENCY OF BITUMINOUS MIXTURES COVERING A SLOPE OF A DAM SUBJECT TO HIGH SUN RADIATIONS 4HE FLUAGE TENDENCY IS THE PERMANENT VISCOUS DEFORMATION OF A MATERIAL 4HE APPARATUS CONSISTS OF AN INCLINED ADJUSTABLE PLANE ON WHICH THE SAMPLE IS PLACED )NCLINATION ANGLE Âª -AX SAMPLE DIAMETER MM 4HE PLANE IS SLOWLY TILTED UNTIL SLIDING OF THE UPPER SURFACE OF SPECI MEN ON THE LOWER ONE OCCURS 4HE ROUGHNESS INDEX CAN BE EVALUATED FROM THE MEASURED INCLINA TION ANGLE $IMENSIONS X X MM ! 7EIGHT KG APPROX

! !

'EOLOGICAL (AMMER POINTED TIP FOR PRELIMINARY ROCK IDENTIFICATION 7EIGHT G APPROX # . !

'EOLOGICAL (AMMER CHISEL EDGE FOR PRELIMINARY ROCK IDENTIFICATION 7EIGHT G APPROX MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 #

SECTION !

2OCK CLASSIFICATION (AMMER ,/7 )-0!#4 %.%2'9 -/$%, 34!.$!2$3 !34- $ )324HIS IMPACT HAMMER IS USED FOR ROCK CLASSIFICATION TEST 4HE CORE ROCK SPECIMEN NORMALLY .8 MM DIAMETER IS HELD ON A SPECIAL CRADLE ACCESSORY IN HORIZONTAL POSITION AND THE HAMMER TESTS THE SAME IN ALL ITS LENGTH TO OBTAIN AN AVERAGE OF THE READINGS )MPACT ENERGY .M -EASURING RANGE Â&#x2022; . MM 7EIGHT KG !##%33/29 !

2OCK CRADLE

# ! !

0OLISHER 'RINDER USED FOR THE PREPARATION OF ROCK AND

34!.$!2$ !34- $ 4O LOCATE %8 TO .8 CORE ROCK SPECIMENS DURING THE CLASSIFICATION TESTS BY THE 2OCK (AMMER MOD # 7EIGHT KG #

#ALIBRATION ANVIL 34!.$!2$3 %. !34- $ # 5SED FOR PERIODICAL OBLIGATORY VERIFICATION OF THE TEST HAMMERS AS SPECIFIED BY %. 3TANDARDS 4ECHNICAL DATA SEE 3ECTION h#v #ONCRETE PAG $IMENSIONS DIA X MM 7EIGHT KG

METALLURGICAL SPECIMENS FROM LAPPING TO FINAL POLISHING 4HE DISC IS MM DIAMETER AND THE ROTATION SPEED IS RPM 4HE MACHINE IS SUPPLIED COMPLETE WITH BAKELITE WORKING DISC AND SET OF ABRASIVE SILICON CARBIDE DISCS 0OWER SUPPLY 6 (Z PH 7 $IMENSIONS X X MM 7EIGHT KG

30!2% 0!24 ! !"2!3)6% SILICON CARBIDE DISC 0ACK OF

$IGITAL POINT LOAD TESTER 2OCK STRENGTH INDEX 34!.$!2$ !34- $ 5SED TO DETERMINE THE STRENGTH VALUES OF A ROCK SPECIMEN BOTH IN THE FIELD AND IN THE LABORATORY )T CONSISTS OF A LOAD FRAME FOR APPLYING LOADS UP TO +. ON WHICH A MANUAL HYDRAULIC JACK IS MOUNTED 4HE INSTRUMENT ACCEPTS CORE SPECIMENS UP TO v MM DIAMETER WHICH ARE LOADED BY TWO CONESHAPED POINTS ! GRADUATED SCALE INDICATES THE DISTANCE BETWEEN THE CONICAL POINTS 4HE APPLIED LOAD IS MEASURED BY A PRES SURE TRANSDUCER WITH A DIGITAL DISPLAY UNIT RANGE K. DIVI SIONS K. RESOLUTION ACCURACY Â¢ 4HE STRENGTH INDEX )3 IS GOT BY THE FORMULA 0 $ WHERE 0 IS THE STRENGTH AND $ THE SPACE BETWEEN THE TWO CONICAL POINTS 3UPPLIED COMPLETE WITH WOODEN CARRYING CASE GOGGLES ACCESSORIES $IMENSIONS X X MM 7EIGHT KG !##%33/2)%3 % 3/&47!2% TO UNLOAD THE TEST RESULTS TO THE 0# ! ,OWER PLATE AND UPPER PLATE WITH SEAT BALL TO MODIFY THE 0OINT ,OAD 4ESTER INTO A PORTABLE COMPRESSION TESTER SEE SECTION h#v CONCRETE MOD # PAG 30!2% 0!24 ! 3ET OF TWO HARDENED CONICAL POINTS MATERIAL TESTING EQUIPMENT

!'' 2 %' !4 %3 2/ # +3 #

3PECIMEN GRINDING MACHINE

#ORE FACE PREPARATION DEVICE

34!.$!2$3 %. !34- $ 5.) $ESIGNED TO GRIND AND POLISH CUBIC AND CYLINDRICAL SPECIMENS OF CONCRETE ROCKS NATURAL STONES ETC HAVING MM AS MAX HEIGHT 4HE SPECIMENS ARE FIXED TO THE TABLE BY PROPER BOLTS ENSURING PERFECT COUPLING AND BLOCKING 4HE REVOLVING ABRASIVE HEAD IS RADIALLY AND ALTERNATIVELY MOVED IN BOTH DIRECTION THROUGH AN ELECTRIC MOTOR ACTUATED BY A PUSH BUTTON 4HE VERTICAL MOUVEMENT OF THE GRINDING HEAD HAS AN ACCURACY OF MM 4HE GRINDING MACHINE IS SUPPLIED COMPLETE WITH A COLLECTING AND WATER DECANTATION TANK A MOTORPUMP A LARGE PROTECTION WATER PROOF CARTER EIGHT ABRASIVE CHARGES 3UPPLIED hWITHOUTv LOCKING STIRRUPS AND DIAMOND GRINDING SECTORS TO BE ORDERED SEPARATELY SEE ACCESSORIES

5SED IN CONJUNCTION WITH THE 'RINDING -ACHINE IT PREPARES PARALLEL AND FLAT CORE FACES OF ROCK SAMPLES 4HE DEVICE ACCEPTS UP TO CORE SAMPLES FROM TO MM DIA AND CAN BE MOUNTED ON MOST GRINDING MACHINES 7EIGHT KG APPROX

# #

SECTION !

3LAKE DURABILITY APPARATUS 34!.$!2$ !34- $ 4HIS EQUIPMENT HAS BEEN DEVELOPED TO ASSESS THE DURABILITY OF ROCK TO WEAKENING AND DISINTEGRATION WHEN SUBJECTED TO THE SIMULATED EFFECTS OF CLIMATIC SLAKING 4HE ROCK SAMPLES ARE DRIED AND THEN SUBMITTED TO WEAR STRESS INSIDE A DRUM WHICH IS ROTATED INTO WATER 4HE TEST IS PERFORMED DIFFERENT TIMES AND THE WEAR IS GIVEN BY THE LOSS IN WEIGHT OF THE SAMPLE 4HE SYSTEM INCORPORATES A MOTOR DRIVE UNIT MOUNTED ON A BASEPLATE WHICH REVOLVES TWO OR UP TO FOUR STAINLESS STEEL DRUMS MANUFACTURED FROM MM MESH MM DIA X MM LONG 4HE TANKS ARE FILLED WITH WATER TO A LEVEL MM BELOW THE DRUM AXIS ! DIGITAL TIMER AUTOMATICALLY STOPS THE MOTOR AFTER THE PRESET TIME 4HE EQUIPMENT IS SUPPLIED COMPLETE WITH TWO DRUMS WITH TANKS AND IT CAN ACCEPT TWO ADDITIONAL DRUMS SEE ACCESSORY 0OWER SUPPLY 6 PH (Z 7 $IMENSIONS X X MM APPROX 7EIGHT KG APPROX

7ORKING BASE SURFACE X MM 'RINDING WHEEL MM DIA 6ERTICAL SPAN WIDTH MIN MM MAX MM 0OWER SUPPLY 6 PH (Z 7 $IMENSIONS X X H MM 7EIGHT KG #

!UTOMATIC GRINDING MACHINE 3AME TO MOD # BUT THE RADIAL MOUVEMENT OF THE HEAD IS EQUIPPED WITH END OF STROKE SYSTEM GRANTING THE FULLY AUTOMATIC DISPLACEMENT IN BOTH DIRECTIONS WITHOUT ACTIVATING THE ELECTRIC PUSH BUTTON !##%33/29 # $)!-/.$ '2).$).' 3%#4/2 REQUIRED QUANTITY PIECES hPARTICULARLY RECOMMENDEDv BECAUSE OF THEIR LONG DURATION AND GOOD GRINDING ACTION !DDITIONAL ACCESSORIES LISTED IN 3ECTION h#v #ONCRETE PAG

! ! !##%33/29 ! -%3( $25- COMPLETE WITH TANK BASE AND ACCES SORIES TO BE CONNECTED TO ! UNIT MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 #

SECTION !

-ICRO CORING EQUIPMENT

34!.$!2$ 5.) %XTRACT A MICRO CORE SAMPLES FROM A ROCK IS AN EXTREMELY VALID NON DESTRUCTIVE METHOD AS IT ALLOWS ANALYSIS AND ACCURATE EVALUA TIONS COMPRESSION RESISTANCE ECC WITHOUT CAUSING ANY DAMAGES CONSIDERING THE DIMENSION OF THE HOLE THAT CAN BE EVENTUALLY CLOGGED WITH MORTAR -ICRO CORING SYSTEM IS ULTERIORLY VALID AND RELIABLE IF COMBINED WITH ULTRASONIC TESTER AND CONCRETE HAMMER -ICRO CORE EXTRACTION IS EASY CORRECT AND REQUIRES THE PRESENCE OF ONE OPERATOR ONLY 4HE EQUIPMENT COMPRISES 3UITABLE ELECTRIC DRILL 6 & (Z &LANGED GUIDE ASSEMBLY $RILLING MASK )MPREGNATED DIAMOND BIT FOR CORES WITH X MM )MPREGNATED DIAMOND BIT FOR CORES WITH X MM 3ELF BLOCKING PINCERS TO FIT THE FLANGED GUIDE ASSEMBLY TO THE SURFACE 3ET OF ACCESSORIES COMPRISING ANCHORS BITS WRENCHES SCREWS #ARRYING CASE $IMENSIONS X X MM APPROX 7EIGHT KG APPROX

# 42)--).' #54 /&& -!#().% &/2 #/2%3 3UITABLE TO CUT AND TRIM CORES TO BE PREPARED FOR COMPRESSION TESTS WHERE THE FLATNESS OF BOTH SURFACES IS A BASIC CONDITION TO OBTAIN CORRECT RESULTS 4HE EQUIPMENT IS MADE OF STAINLESS STEEL AND ALUMINUM AND IT IS SUPPLIED COMPLETE WITH DIAMOND BLADE DIA MM &OR THIS PURPOSE IT MUST BE USED THE DRILL MOD # ENCLOSED INTO MICRO CORING EQUIPMENT AND THE WATER TANK WITH FOOT PUMP MOD #

.OTE 4HE MAXIMUM VALUES FORESEEN FOR COMPRESSION TESTS ON MICRO CORES ARE USUALLY LOWER THAN K. 0ORTABLE COMPRESSION MACHINE MOD # SEE PAG OR A CEMENT COMPRESSION TESTER SEE PAG MAY BE CONVENIENTLY USED 4RIMMING OF CORES MAY BE EVEN OBTAINED WITH THE GRINDING MACHINE MOD # DEVICE MOD # SEE PAG #

!##%33/2)%3 # 7!4%2 4!.+ 7)4( &//4 05-0 THAT LEAVES THE HANDS OF THE OPERATORS FREE FOR CORING !3 !,4%2.!4)6% # !)2 7!4%2 02%3352% 4!.+ LITERS CAPACITY MATERIAL TESTING EQUIPMENT

30!2% 0!243 # %,%#42)# $2),, SUITABLE FOR THE MICROCORING PURPOSES # $)!-/.$ ")4 DIA X MM # $)!-/.$ ")4 DIA X MM

!'' 2 %' !4 %3 2/ # +3 !

0ORTABLE ROCK SHEAR BOX ASSEMBLY

!##%33/2)%3 ! -/5,$ &/2-%2 TO PREPARE THE SPECIMEN IN THE DIMENSIONS AND GEOMETRY AS REQUESTED BY THE SHEAR BOX ! 02%3352% -!).4!).%2 COMPLETE WITH PUMP TO ABSORB VOLUME CHANGES OF THE SPECIMEN AND TO ALLOW A CONSTANT LOAD TO BE MAINTAINED DURING THE TEST

SECTION !

34!.$!2$3 !34- $ )325SED TO DETERMINE THE STRENGTH AND SLOPE STABILITY OF ROCK SIZE MAX X MM OR CORES MAX DIA MM BOTH IN THE FIELD AND IN THE LABORATORY #OMPLETE WITH TWO HORIZONTAL RAMS FOR SHEAR IN TWO DIRECTIONS VER TICAL LOADING RAM TWO BOURDON TUBE LOAD GAUGES DIA MM WITH QUICK RELEASE COUPLINGS CALIBRATED K. X K. DIVISION TWO HAND PUMPS WITH HYDRAULIC CONNECTIONS AND DIAL GAUGE X MM $IMENSIONS X X MM 7EIGHT KG

! 3ET OF DIAL GAUGES MM STROKE X MM DIVI SION COMPLETE WITH SUPPORTS FOR VERTICAL DISPLACEMENT MEASURE CONFORMING TO !34- $ 3TANDARD ! "RITISH 'YPSUM #RYSTACAL 0LASTER FOR CASTING SPECIMENS INTO MOULD ASSEMBLY KG BAG

#UTTING OFF MACHINE %NABLES ROCK OR METAL SAMPLES TO BE TAKEN WITH COLD SMOOTH CUTS IN COMPLIANCE WITH METALLO GRAPHIC SPECIFICATIONS "LADE DIA MM SUITABLE FOR CORES UP TO MM DIAMETER #OMPLETE WITH COOLING SYSTEM

SET OF BLADES PRECISION CLAMP AND SPECIMEN HOLDER 0OWER SUPPLY 6 PH (Z K7 SINGLEPHASE ON DEMAND ! $IMENSIONS X X MM 7EIGHT KG

3PLITTING TENSILE TEST OF ROCK CORE SPECIMENS

3 %

34!.$!2$ !34- $ 4HIS TEST METHOD IS PERFORMED BY MEASURING THE UNIAXIAL TENSILE STRENGTH OF A ROCK SPECIMEN SUBMITTED TO COMPRESSION ALONG ITS DIAMETER 4HE SPECIMEN IN CIRCULAR DISK SHAPE WILL HAVE THICKNESS BETWEEN TO TO ITS DIAMETER .ORMALLY A .8 SAMPLE DIA MM IS UTILIZED 4HE TEST IS PERFORMED THROUGH THE 5NIVERSAL 4ESTING -ACHINE h5NITRONICv MOD 3 HAVING K. CAPACITY WHERE THE LOAD AND THE DISPLACEMENT ARE CONTROLLED 4HE MACHINE IS EQUIPPED WITH AN ELECTRIC LOAD CELL SUITABLE COM PRESSION DEVICE MOD % ACCESSORIES 4HE COMPLETE EQUIPMENT IS DESCRIBED AND PICTURED AT SECTION h3v 3OIL PAG MATERIAL TESTING EQUIPMENT

SECTION !

!' ' 2 % ' !4% 3 2/# + 3

! .

%,!34)# -/$5,53 OF ROCK SPECIMENS IN UNIAXIAL AND TRIAXIAL TESTS

! . # .

3YSTEM !UTOMATIC WITH PACE RATE CONTROL ALSO WHEN RELEASING THE LOAD 34!.$!2$3 !34- $ 5.) )32 5.%

)T CAN BE USED WITH A -!4%34 HIGH STABILITY FRAME WITH CAPACITY OF OR K. COUPLED TO THE !UTOMATIC 3ERVO CONTROLLED SYSTEM h3ERVO 0LUS %VOLUTIONv MOD # .

# #

4HE APPLIANCE INCLUDES s (YDRAULIC SYSTEM )T IS AN HYDRAULIC INSTALLATION AND HAS A HIGH PERFORMANCE VALVE DIRECTLY CONTROLLED BY THE DIGITAL UNIT THAT GRANTS THE AUTOMATIC CONTROL OF THE PACE RATE INCREASING THE LOAD KEEPS A CERTAIN LOAD AND THAN CONTROLS THE PACE RATE DECREASING THE LOAD 4HE SETTING OF THE PACE RATE IS MADE BY A VERY SENSITIVE VALVE CONTROLLED BY A STEP BY STEP MOTOR AND IT ALLOWS A MICROMETRIC ACTION ON THE PACE RATE GRANTING EXCELLENT RESULTS ! LASER POSITION DETECTOR ALLOWS A RAPID POSITIONING OF THE PISTON 4HIS GRANTS A TOUCHING SENSITIVITY OF TEST STARTING OF ABOUT PER THOUSAND OF THE MAXIMUM CAPACITY MATERIAL TESTING EQUIPMENT

s %LECTRONIC MEASURING SYSTEM 4HE HIGH PERFORMANCE CONTROL AND DATA PROCESSING UNIT CONTROLLED BY A BIT MICROPROCESSOR CAN MANAGE UP TO HIGH RESOLUTION CHANNELS FOR THE CONTROL OF LOAD CELLS OR TRANSDUCERS WITH STRAIN GAGES BRIDGE 4HE UNIT CONTAINS TWO !NALOGICAL $IGITAL LAST GENERATION CONVERTERS WITH BITS RESOLUTION 4HE SYSTEM PROCESSES THE SIGNALS COMING FROM THE LOAD CELLS AND FROM THE EXTENSOMETERS GIVING ALL THE RESULTS REQUIRED FOR A FURTHER PROCESSING FOLLOWING THE MOST UPDATED STANDARDS FOR THIS APPLICATION

!'' 2 %' !4 %3 2/ # +3

4HE USER MUST INTRODUCE A LIST OF DATES CONCERNING THE SPECIMEN THAT WILL BE TESTED AND THE KIND OF TEST THAT HE WANTS TO MAKE SHAPE OF THE SPECIMEN CYLINDER CUBE BLOCK DIMENSIONS AGE OF THE SPECIMEN AVERAGE EXPECTED BREAKING VALUE ETCx 4HE APPLIANCE ALLOWS VERIFYING THE PROPER READING OF THE EXTENSOMETERS AND IF EVERYTHING IS WITHIN THE EXPECTED TOLERANCES IT MANAGES THE AVERAGE DEFORMATION VALUE READ BY THE TRANSDUCERS AND PROCESSED BY THE DIGITAL UNIT THAN IT TRANSMITS BY MEANS OF THE SERIAL COMMUNICATION PORT 2* .ETWORK #ONNECTION TO A 0ERSONAL #OMPUTER THAT CAN BE ALREADY BY THE END USER OR SUPPLIED SEPARATELY NOT INCLUDED WITH THE 3OFTWARE ALL THE DATES OF THE TEST 4HESE DATES WILL BE PROCESSED BY THE SOFTWARE AND TRANSFORMED IN A GRAPH LOAD DEFORMATION AND LOAD TIME FOLLOWING THE SPECIFIC 3TANDARDS 4HE SOFTWARE GIVES THE POSSIBILITY TO PRINT ON A STANDARD PRINTER A TEST CERTIFICATE REPORTING ALL THE DATES CONCERNING THE TEST AND THE SPECIMEN AND THE GRAPH OF THE TEST 4HE SOFTWARE INCLUDES THE LICENSE h3ERVONETv MOD # . 4HE EXTENSOMETERS PROPOSED IN TWO VERSIONS ! AND " ARE NOT INCLUDED IN THE SUPPLY AND MUST BE ORDERED SEPARATELY SEE ACCESSORIES !##%33/29 ! . 3OFTWARE TO MAKE 3ECANT #OMPRESSION %LASTIC -ODULUS TESTS ON CONCRETE 34!.$!2$3 5.) !34- # )3/ $). ./4% 4HE %LASTIC -ODULUS OF 2OCKS MOD ! . MUST BE USED TOGETHER WITH ! %XTENSOMETERS STRAIN GAGES SINGLE USE ELECTRIC OBLIGED MODEL TO PERFORM TESTS WITH (OEK CELLS AVAILABLE IN DIFFERENT SIZES

OR " %XTENSOMETERS #OMPRESSOMETERS ELECTRONIC UNIVERSAL MECHANI CAL FRAME

WHICH ARE NOT INCLUDED IN THE STANDARD SUPPLY AND HAVE TO BE ORDE RED SEPARATELY SEE ACCESSORIES

!3 !. !,4%2.!4)6%

SECTION !

s $ATA ACQUISITION AND PROCESSING SOFTWARE 54- 5NIVERSAL 4ESTING MACHINE WITH ,ICENSE FOR %LASTIC -ODULUS ON 2OCKS 4HE SOFTWARE HAS BEEN DEVELOPED ON THE WORKING LINE OF THE ALREADY KNOWN SOFTWARE 54- WINDOWS MENU )T CONTAINS THE PROFILES OF THE MAIN 3TANDARDS USED BUT THE USER CAN MODIFY AS HE LIKES AND PERSONALISE THE TEST PROFILE THAT WILL BE EFFECTED IN A COMPLETELY AUTOMATIC WAY BY THE TESTING MACHINE

" # %84%.3/-%4%2 #/-02%33/-%4%2 ELECTRONIC UNIVERSAL MECHANICAL FRAME 4ECHNICAL DETAILS SEE PAG

# 4%-0,!4% TO REGULATE AND CALIBRATE THE BASE LENGTH OF THE # EXTEN SOMETER #

!##%33/2)%3 ! %,%#42)# 3).',% 53% %84%.3/-%4%23

PACK OF PIECES

# #

!VAILABLE MODELS # %LECTRIC EXTENSOMETER BASE LENGTH MM # %LECTRIC EXTENSOMETER BASE LENGTH MM # %LECTRIC EXTENSOMETER BASE LENGTH MM # %LECTRIC EXTENSOMETER BASE LENGTH MM # +)4 FOR THE APPLICATION OF SINGLE USE EXTENSOMETERS COMPOSED BY GLUE WELDER SOLDER CLEANINS LIQUID ACCESSORIES THE WHOLE IN CARRYING CASE # ).4%2&!#% -/$5,% hNEEDED ACCESSORYv TO CONNECT UP TO ELECTRIC SINGLE USE EXTENSOMETERS 4HIS MODULE ALLOWS ALSO THE AUTOMATIC CALIBRATION OF THE ZERO AND OF THE MEASURING RANGE AFTER A SPECIAL THERMAL COMPENSATION 4HIS GRANTS A FIVE TIMES BETTER ACCURACY THAN THE ONE REQUESTED BY THE # 3TANDARDS

4YPICAL SCREEN SHOWN WHILE A TEST IS MADE REPRESENTING THE LONGITUDINAL AND TRANSVERSAL DEFORMATIONS

4EST DATA MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 42)!8)!, 4%343 /. 2/#+ 30%#)-%.3 34!.$!2$3 !34- $ $ $ $ )32- 5.)

SECTION !

4HE TRIAXIAL TEST IS MADE ON A ROCK SPECIMEN PLACED INTO A CONTAINER (OEK CELL CLOSED INTO A LATEX MEMBRANE 4HE SPECIMEN RECEIVES AN AXIAL LOAD AND A CONSTANT ISOTROPIC PRES SURE NORMALLY BETWEEN AND -PA FOR THE WHOLE TEST

4HE ELECTRIC EXTENSOMETERS ARE DIRECTLY APPLIED ON THE SURFACE OF THE ROCK SPECIMEN AND THEY ARE USED FOR THE AUTOMATIC READING IN REAL TIME OF THE DIFFERENT PARAMETERS AND FIND DIFFERENT INFORMATION AS 2ADIAL DEFORMATION COMBINED WITH THE AXIAL DEFORMATION TO OBTAIN THE 0OISSON VALUE 3TRESS VALUE IN RELATION WITH THE AXIAL AND RADIAL DEFORMATION 4HE MAXIMUM OR BREAKING VALUE 4ANGENT AND SECANT 9OUNG S MODULUS MEASURED ON THE AXIAL DEFOR MATION CURVE -AXIMUM STRESS VALUE IN TRIAXIAL CONDITIONS 4HE STANDARDS REQUIRE THAT DURING THE COMPRESSION TEST THE LOAD ON THE ROCK SPECIMEN IS APPLIED IN A CONTINUE WAY IN ORDER TO OBTAIN THE BREAKING OF THE SPECIMEN WITHIN A TIME INCLUDED BETWEEN AND MINUTES WITH A CONSTANT INCREASE OF THE LOAD INCLUDED BETWEEN AND -PA SECOND

&OR THIS REASON IT IS RECOMMENDED THE USE OF A COMPRESSION LOAD FRAME WITH CAPACITY OF OR K. SEE CONCRETE SECTOR COMBINED WITH THE AUTOMATIC SERVO CONTROLLED SYSTEM h3ERVO 0LUS %VOLUTIONv MODEL # . AND TO THE AUTOMATIC SYSTEM FOR THE %LASTIC -ODULUS ON ROCKS MODEL ! . THAT INCLUDES THE DATA ACQUISITION AND PROCESSING SOFTWARE

4HE SIDE PRESSURE SET BY THE USER IS KEPT CONSTANT BETWEEN Â¢ USING # . 0, !UTOMATIC SERVO CONTROLLED SYSTEM h3ERVO 0LUS %VOLUTIONv THAT GRANTS A SETTING OF THE PRESSURE UP TO -PA

# . ! . MATERIAL TESTING EQUIPMENT

# . ,0

!'' 2 %' !4 %3 2/ # +3 (OEK CELLS FOR ROCK TRIAXIAL TESTS &OR USE WITH PRESSURES UP TO -0A 5SED TO MEASURE THE STRENGTH OF CYLINDRICAL ROCK SPECIMENS WHICH ARE SUBJECTED TO TRIAXIAL COMPRESSION 4HE BASIC (OEK CELL CONSISTS OF THE FOLLOWING #ELL BODY COMPLETE WITH TWO SCREWED END CAPS AND TWO SELF SEALING COUPLINGS TWO SPHERICAL SEATS AND PISTONS HARDENED AND GROUND ONE SPECIMEN JACKET

! ! !

SECTION !

-/$%,3

3PECIMEN $IA X HEIGHT

! X MM ! X MM ! X MM

3IZE

,OAD SPREADER PADS PAIR

3PARE SPHERICAL SEAT PISTON

3PARE *ACKET

#ORE DRILLING BARREL MM LONG

!DAPTORS SET FOR EXTRUDER

v "8 .8

! ! !

./4% 4HE LOAD SPREADERS ! ARE USED TO AVOID THE CELL S PISTONS ENGRAVE THE PLATENS OF THE COMPRESSION MACHINE /NE SET OF EXTRUDER ADAPTORS IS FORMED BY BACK PLATE TAMPER AND CELL BODY SUPPORT !

#OMPRESSION DEVICE FOR ROCK CORES 34!.$!2$ !34- $ 5SED TO PERFORM COMPRESSION TESTS ON ROCK CORE SPECIMENS HAVING MAX DIAMETER MM AND HEIGHT BETWEEN TO MM 4HE LOADING PISTON IS SUSTAINED BY TWO SPRINGS THE UPPER COMPRESSION PLATEN IS FITTED WITH A SPHERICAL SEAT THE LOWER PLATEN IS FITTED TO THE BASE 0ISTON S STROKE MM 0LATENS DIAMETER MM 6ERTICAL DAYLIGHT MAX MM MIN MM 0LATENS HARDNESS (2# /VERALL DIMENSIONS DIA BY HEIGHT MM 7EIGHT KG APPROX

#ORING MACHINE USED IN THE LABORATORY TO OBTAIN CORES FROM IRREGULAR ROCK SAMPLES 4O BE USED WITH THE #ORE $RILLING "AR RELS ACCESSORY ! Â&#x2022;! 4HE SPEED ELECTRIC MOTOR RPM IS EQUIPPED WITH FRIC TION DEVICE AND DOUBLE SAFE ISOLATION TO #% $IRECTIVE #OMPLETE WITH SPECIMEN S CLAMP DEVICE WATER COOLING SYSTEM AND WATER TANK 0OWER SUPPLY 6 (Z PH 7 7EIGHT KG APPROX

%XTRUDER 5SED TO EJECT THE ROCK SAMPLE FROM THE RUBBER JACKET AVOIDING TO EMPTY THE CONFINING FLUID 3UPPLIED WITHOUT ADAPTORS TO BE ORDERED SEPARATELY SEE TABLE 7EIGHT KG ADAPTORS MATERIAL TESTING EQUIPMENT

!' ' 2 % ' !4% 3 2/# + 3 !

(YDRAULIC CONSTANT ISOTROPIC CELL PRESSURE SYSTEM

SECTION !

4HE UNIT CONSISTS OF A HAND OPERATED PUMP COMPLETE WITH PRECI SION PRESSURE GAUGE SUPPLYING PRESSURES UP TO -0A COMPLETE WITH RESERVOIR AND CONNECTIONS PROVIDING ALL ROUND PRESSURE SOURCE TO THE (OEK #ELL 7EIGHT KG !##%33/29 ! 0RESSURE MAINTAINER COMPLETE WITH PUMP TO ALLOW A COSTANT LOAD TO BE MAINTAINED DURING THE TEST

! !

0ERMEABILITY OF ROCK WITH (OEK CELLS

4O MEASURE THE PERMEABILITY OR FLOW OF WATER THROUGH A ROCK SPECI MEN WITH A CONTROLLED WATER PRESSURE SYSTEM 4HE (OEK #ELLS CAN BE EQUIPPED WITH THE OPTIONAL %ND #APS SCREWED TO THE BODY 4HE SET CONSISTS OF THE UPPER AND LOWER %ND #AP COMPLETE WITH DISTANCE BLOCK

! !

-/$%,3 ! 3PECIMEN DIA MM ! 3PECIMEN DIA MM ! 3PECIMEN DIA MM ! 3

0ERMEABILITY ATTACHMENT MOUNTED ON TRIPOD TO BE CONNECTED TO THE %ND #AP OF THE (OEK #ELL "URETTE ML CAPACITY AND ML DIV !##%33/29 3 .YLON OPAQUE TUBING 0ACK OF MT

0ERMEABILITY CONSTANT OIL WATER PRESSURE SYSTEM 0ROVIDING AN INFINITELY VARIABLE CONSTANT PRESSURE FROM TO K0A 4O BE USED WITH THE (OEK #ELL EQUIPPED WITH 0ERMEABILITY %ND #APS AND 0ERMEABILITY !TTACHMENT 4HE SYSTEM CONSISTS OF A MOTOR HYDRAULIC PUMP OIL WATER VESSEL PISTON SPRING DEVICE LITRES OF VISCOSITY OIL 4HE UNIT IS SUPPLIED COMPLETE WITH PRECISION PRESSURE GAUGE K0A RANGE 0OWER SUPPLY 6 (Z PH 7EIGHT KG

3 ! !

! MATERIAL TESTING EQUIPMENT