DDR ...................................................................................... 34-39 DDR Intro ...........................................................................34-35 SDR 16 SI ....................................................................................36 SDR 10 SI/CSI .........................................................................36 SDR 12 SI ....................................................................................36 SDR 15 SI/CSI .........................................................................37 EL 150 DDR...............................................................................37 EL 160 DDR...............................................................................37 EL 170 DDR...............................................................................38 EL 170 DDR with additional flap .........................38 SPSR 1070 C with additional flap ......................38 CONDUCTIVE................................................................ 40-41 Conductive Intro ..................................................................40 CDR 16 ...........................................................................................41 CDR 12 ...........................................................................................41 COMFORTLITES......................................................... 42-45 Comfortlites Intro .....................................................42-43 CL 100 ............................................................................................44 CL 130 ............................................................................................44 CL 170 ............................................................................................44 CLX 300 .........................................................................................45 CL 200 ............................................................................................45 CL 210 ............................................................................................45 CL 603 ............................................................................................45 ATOMIUM ........................................................................ 46-49 Atomium Intro ..............................................................46-47 ANPM 1061 (ATOM 60) ..................................................48 ANPM 1024 (ATOM 61) ..................................................48 ANPM 1062 (ATOM 64) ..................................................48 ANPM 1025 (ATOM 190)...............................................49 ANPM 1037 ...............................................................................49 GTE ....................................................................................... 50-53 GTE Intro ............................................................................50-51 GTX 421 .........................................................................................52 GTX 422 .........................................................................................52 GTX 423 .........................................................................................52 60601 NV .....................................................................................53 60611 NV .....................................................................................53 UL 200 ............................................................................................53 FIREFIGHTER’s FOOTWEAR .......................... 54-57 FF Intro ................................................................................54-55 FB 300 GTX ................................................................................56 FF 210.............................................................................................56 FF 300.............................................................................................57 DYNAMIC ......................................................................... 58-61 Dynamic Intro................................................................58-59 LE 100.............................................................................................60 LE 200.............................................................................................60 EL 200.............................................................................................60 EL 250.............................................................................................60 EL 255 L GR ..............................................................................61 GPST 1065..................................................................................61 GPP 07 SI ....................................................................................61
ACTOLITES .................................................................... 62-65 Actolites Intro ...............................................................62-63 DIPLOMAT 01 .........................................................................64 DIPLOMAT 02 .........................................................................64 GTE 05 Grey..............................................................................65 GTE 05 Beige ...........................................................................65 INDUSTRIAL CLASSICS ...................................... 66-67 Industrial Classics Intro..............................................66 H 122................................................................................................67 ML 370 ...........................................................................................67 EXCESSLITES.............................................................. 68-69 Excesslites Intro .................................................................68 HD 32...............................................................................................69 HD 91...............................................................................................69 HD 431 ...........................................................................................69 HD 433 ...........................................................................................69 EUROLITES .................................................................... 70-75 Eurolites Intro...............................................................70-71 GS 16 ...............................................................................................72 EL 150.............................................................................................72 EL 150 Suede ..........................................................................72 EL 160.............................................................................................73 EL 170.............................................................................................73 EL 170 C .......................................................................................73 EL 190.............................................................................................74 EL 190 Suede ..........................................................................74 EL 400 Suede ..........................................................................74 EL 180 SIZ ..................................................................................75 RIGGER RANGE .......................................................... 76-79 Rigger Range Intro ..................................................76-77 GTX 423 .........................................................................................77 HD 424 SI ....................................................................................78 HD 425 SI ....................................................................................78 GHE 11 ...........................................................................................78 HDR 301 .......................................................................................79 HDR 304 .......................................................................................79 DDR 280 .......................................................................................79 FURNACE MASTERS ............................................. 80-83 Furnace Masters Intro ....................... 80-81 HM2001 .........................................................................................82 HM2004 .........................................................................................82 HM2005 .........................................................................................83 HM2006 .........................................................................................83 ESD ....................................................................................... 84-85 ESD Intro .....................................................................................85 EL 160.............................................................................................85 GPP 05 ...........................................................................................85 LADIES .............................................................................. 86-88 Ladies Intro ..............................................................................86 ATSM 1026 .................................................................................87 ATSM 1026 Grey...................................................................87 ATSM 1027 .................................................................................87 ATSM 1027 Grey...................................................................88 ATSM 1039 .................................................................................88 ATSM 1039 Grey...................................................................88
The contents of this catalogue are correct at time of print and are subject to change. Errors and omissions excepted.
3
Factory / Production YDS Footwear, part of the Yakapoglu group, has superb state of the art manufacturing facilities. Our in-house laboratory allows us to test all raw materials as well as finished and semi-finished goods. We support this in an ISO 9001: 2004 environment and membership of SATRA to audit and certify our products.
Investment in a Lectra 3D footwear solution for shoe design enables our experienced R&D staff to rapidly design and develop new products. This ensures that our customers benefit from consistently high quality performance products.
YDS are licensed to sell and distribute GORE-TEX速 products. These are manufactured in-house using the highest quality leathers and materials, and continuously tested using patented production techniques to ensure waterproofness and breathability. 4
We operate 3 alternative lasting processes: conventional flat lasting, Strobel – type force lasting and GOODYEAR welt lasting which gives us the flexibility to meet most requirements.
Our investment in CAD/CAM material cutting and computerised stitching enables us to stay at the leading edge of technology and superiority.
We have invested extensively in 5 alternative sole moulding processes which means we have the capability to offer single density vulcanised rubber (DV), double density injected rubber (DDR) soles and double density polyurethane (PU) with the option of a rubber or thermoplastic polyurethane (TPU) wear layer all direct injected to the footwear. 5
The Quality Brand
CE Mark YDS Safety Footwear has been tested by Technology centre to the Directive for Personal Protective Equipment (PPE) Directive No.89/686/EEC and carries the CE mark accordingly.
EN ISO 9001:2004 YDS operates a Quality Assurance System in accordance with EN ISO 9001:2004. This provides the customer with further proof that the product is regularly monitored through a quality system and ongoing audit testing.
Guarantee of Quality All our Safety footwear is manufactured to EN specifications as indicated and fully complies with the appropriate standard and the statutory requirements where applicable. However, we do reserve the right to amend design and material specifications, where necessary.
By testing all raw materials in-house, in its accredited laboratory, Yakupoglu can test the performance and compatibility prior to usage in production line. Semi-finished and finished products are randomly picked and tested in accordance with the minimum in-house specifications along with customer specifications and EN norms. These tests allow Yakupoglu to benchmark against other products in the market and act as a performance indicator for continuous improvement to its products while easing the process of regulatory conformity.
OHSAS 18001 By having OHSAS 18001 certificate, YDS proves that its management system has been measured against a best practice standard and found compliant. Issued by a third party accreditation body/registrar, the certificate lets employees and other stakeholders know that YDS proactively protects the health and safety of its work environment. 6
YDS Safety Footwear The Anatomy of
Padded collar for comfort
Padded tongue for comfort
Moisture wicking linings for dry feet and long wear life
Fit for purpose speedlacing systems
Abrasion resistant textile
Heel stiffener for secure and fit
Protective toe cap
Dual density soling for long life and comfort in everyday use
Energy absorbing heel for all day comfort.
Slip and heat resistant sole unit
Top quality leather uppers
Removable dual density footbed engineered for shock absorption and comfort
Nail proof midsole for extra protection
Rubber edge strip on protective cap for leisure comfort on the move
At YDS, the power of safety comes from quality. In order to achieve this we perform the following tests in our laboratories and SATRA Technology Center. WHOLE FOOTWEAR • Construction • Toe protection general • Toe cap length • Impact resistance • Compression resistance • Energy absorption of seat region • Upper/outsole bond strength • Electrical resistance antistatic footwear
UPPER
• Tear strength • Tensile strength • Water absorption & penetration • Water vapour permeability & coefficient • pH value (leather products only) • Lining abrasion resistance & pH (leather products only) • Insole thickness • Insole water absorption & desorption • Insole abrasion resistance
OUTSOLE
• Cleated area • Thickness • Cleat height • Tear strength • Abrasion resistance • Flexing resistance • Outsole / interlayer bond strength • Resistance to fuel-oil • Slip resistance ENISO 13287:2007 • Hydrolysis (PU soles only) 7
Technology Showcase 8
YDS’s range of safety and occupational footwear incorporates the latest technological advanced materials and production techniques.
High Crome Tanned Leather for Radiant Heat Resistance
Atomium leather (Antibacterial)
Durable scuff cap
GORE-TEX® All YDS footwear labelled with the GORE-TEX® footwear logo are premier products made with a waterproof, windproof and breathable GORE-TEX® membrane. These styles incorporating the GORE-TEX® lining material are manufactured by licensed world leader who provide the wearer with the confidence that the most exacting standards have been met and the process is independently audited to ensure conformance to specification.
Cordura
CORDURA®, a high-performance fabric resistant to abrasions, tears, and scuffs • 2 x more durable than standard nylon • 3 x more durable than polyester • 10 x more durable than cotton canvas
L-Protection®
L-Protection® for increased comfort and safety as a new generation nail-proof textile insole. • • • •
Safer than steel. Resists penetration even by small-diameter nails Greater protected surface area of the foot Zero traceability by metal detector
• • • •
Maximum flexibility and comfort Greater ground adherence Minimum weight. Thermo and electro isolation
9
SRC
Designers at YDS have developed new sole designs and improved the mix of the sole material to achive multi directional slip resistance whilst improving the grip performance of our products bearing the SRC mark. When tested accordance to EN ISO 13287:2007 slip standart, Marking symbols and specifications SRC meets both Minimum Coefficient of Friction by conditions of SRA EN ISO 13287:2007 Marking Footwear slip resistant on: Forward heel slip Forward flat slip (tested on ceramic SRA ceramic tile with SLS1 0.28 0.32 tile with SLS) and SRB steel with glycerol 0.13* 0.18* SRB (tested on ceramic tile with SLS1 and 0.28 0.32 SRC steel with glycerol 0.13* 0.18* smooth steel with * lower requirements are permitted to the end of 2008: heel 0.12 and glycerol). flat 0.16 1
water with 0.5% sodium lauryl sulphate
Footbeds
We use technically and specially engineered materials to ensure healthy walking day after day.
DDPU
This specially engineered foot bed is made from two densities of Polyurethane, so that it can absorb all the shocks there are while maintaining its shape. Our DDPU foot bed has a moisture wicking top cloth and a special sticking line to aid conductivity so as to enhance the antistatic performance of the footwear. This foot bed has a soft rear part for soaking up the shocks found in everyday work, and a harder forepart so that it does not soak up energy that should be used for walking.
NON-METALLIC TOE CAP
YDS footwear’s non metallic range features a toe cap made from engineering polymer. This material is ultra tough and extremely lightweight and often used in the production of bullet resistant windows and doors as well as being used for helmets and other PPE equipment. These toe caps have been developed and produced in our own factory to ensure ultimate quality and performance.
10
Flyweight™ Engineers at YDS have pioneered a massive breakthrough in PU soling technology by developing a lighter than ever PU/TPU sport sole for safety footwear. Working with the best material manufacturers in the world, and through massive investment in research and development, new ‘Flyweight™’ sole technology is a huge step forward in PU soling techniques. Based on conventional PU soles, the advanced Flyweight™ technology reduces the weight of the sole by up to 80 grams, or 6.5% without compromising any of the benefits of TPU. Taking the lead from the leisure market, YDS non-metal safety footwear products are more comfortable and shock absorbing than ever before in order to reduce lower leg fatigue in the workplace, and improve the overall wear experience.
PU RUBBER PU Rubber sole technology is combining the flexibility and lightness features of polyurethane (PU) and long lasting, heat resistance, hard wearing features of rubber. This is achieved by joining a low density polyurethane (PU) cushion layer to a an extra heavy duty outsole of nitrile rubber. By summing up the advantages of both materials, PU/Rubber soles meets the whole requirements of professionals.
Dual Density Rubber(DDR) The DDR sole system use ‘new millennium’ technology to give the customer the benefit of a nitrile rubber sole for superior wear performance combined with excellent grip, more cushion comfort and reduced weight. This is achieved by injecting a low density sponge mid layer to a high density wear layer, to provide a ‘Giant Step Forward’ in wearer comfort but maintaining the benefits of rubber outsole which is required traditionally in harsher wear environments.
11
This type of footwear protects the wearer’s toes against risk of injury from falling objects and crushing when worn in work environments where potential hazards occur. Safety footwear can be recognised by the safety standards ENISO20345:2004 - Safety Footwear ENISO20346:2004 - Protective Footwear The classification system used to identify the protection provided by the footwear is listed below: Type Classification
SB
S1
S2
S3
PB
P1
P2
P3
Type Classification Description
ENISO20345:2004 Safety Footwear. Toe protection 200 Joules, Compression resistance, 15000 Newtons. ENISO20345:2004 Safety Footwear. Toe protection 200 Joules, Compression resistance, 15000 Newtons. Closed seat region (fully enclosed heel), antistatic properties and energy absorption of seat region. ENISO20345:2004 Safety Footwear. Toe protection 200 Joules, Compression resistance, 15000 Newtons. Closed seat region (fully enclosed heel), antistatic properties, energy absorption of seat region, water penetration and water absorption resistance.
Additional Property Code
ADDITIONAL PROTECTION
Product Marking
SAFETY & PROTECTIVE FOOTWEAR
HRO P C
A
ENISO20345:2004 Safety Footwear. Toe protection 200 Joules, Compression resistance, 15000 Newtons. Closed seat region (fully enclosed heel), antistatic properties, energy absorption of seat region, water penetration and water absorption resistance, penetration resistance and cleated outsole.
CI
Additional Property Code Description
Heat Resistant Outsole to 300°C Penetration Resistance: 1100 Newtons Conductive: When measured in accordance with ENISO20344:2004, 5.10, after conditioning in a dry atmosphere (ENISO20344:2004, 5.10.3.3a)), the electrical resistance shall not be greater than 100kΩ Antistatic: When measured in accordance with ENISO20344:2004, 5.10, after conditioning in a dry and wet atmosphere (ENISO20344:2004, 5.10.3.3a) and b)), the electrical resistance shall be above 100kΩ and less than or equal to 1000MΩ Cold Insulation of the Sole Complex: 30 minutes at -17°C, change in temperature up to 10°C
ENISO20346:2004 Protective Footwear. Toe protection 100 Joules, Compression resistance, 10000 Newtons.
HI
Heat Insulation of the Sole Complex: 30 minutes at 150°C, change in temperature up to 22°C
ENISO20346:2004 Protective Footwear. Toe protection 100 Joules, Compression resistance, 10000 Newtons. Closed seat region (fully enclosed heel), antistatic properties and energy absorption of seat region.
E
Energy absorbtion of seat region: Not less than 20 Joules
WRU
ENISO20346:2004 Protective Footwear. Toe protection 100 Joules, Compression resistance, 10000 Newtons. Closed seat region (fully enclosed heel), antistatic properties, energy absorption of seat region, water penetration and water absorption resistance.
Water Resistant Upper
Slip Resistance Marking symbols and specifications Minimum Coefficient of Friction by EN ISO 13287:2007 Marking Footwear slip resistant on: Forward heel slip Forward flat slip 1 SRA ceramic tile with SLS 0.28 0.32 SRB steel with glycerol 0.13* 0.18* 1 0.28 0.32 ceramic tile with SLS and SRC steel with glycerol 0.13* 0.18* * lower requirements are permitted to the end of 2008: heel 0.12 and flat 0.16 1 water with 0.5% sodium lauryl sulphate
ENISO20346:2004 Protective Footwear. Toe protection 100 Joules, Compression resistance, 10000 Newtons. Closed seat region (fully enclosed heel), Antistatic properties, energy absorption of seat region, water penetration and water absorption resistance, and penetration resistance.
INTERNATIONAL STANDARDS EXPLAINED The following table shows the European standards versus other standards in the USA and Canada.
12
EUROPE
USA
CANADA
STANDARD
ISO EN 20345/6/7: 2004
ASTM F2412-05 & ASTMF2413 - 05
CSA Z195:02
TOE CAP IMPACT RESISTANCE
200 joules
101 joules
125 joules
TOE CAP COMPRESSION
15,000 Newton of compression force
11,121 Newton of Compression Force
NO test
PENETRATION RESISTANCE
Minimum force 1100N
Minimum force is 1200N
Minimum force is 1200N
OCCUPATIONAL FOOTWEAR
This type of footwear incorporates no toe protection against mechanical hazards. Safety footwear can be recognised by the safety standard: ENISO20347:2004 – Occupational Footwear The classification system used to identify the protection provided by the footwear is listed below:
OB
O1
O2
O3
Additional Property Code
Type Classification Description
ENISO20347:2004 Occupational Footwear. No toe protection against mechanical hazards. Must provide protection to one or more of the categories P, C, A, E, CI or HI. ENISO20347:2004 Occupational Footwear. No toe protection against mechanical hazards provided. Closed seat region (fully enclosed heel), antistatic properties and energy absorption of seat region. ENISO20347:2004 Occupational Footwear. No toe protection against mechanical hazards provided. Closed seat region (fully enclosed heel), antistatic properties, energy absorption of seat region, water penetration and water absorption resistance.
ADDITIONAL PROTECTION
Type Classification
ENISO20347:2004 Occupational Footwear. No toe protection against mechanical hazards provided. Closed seat region (fully enclosed heel), antistatic properties, energy absorption of seat region, water penetration and water absorption resistance and penetration resistance.
Slip Resistance Marking symbols and specifications Minimum Coefficient of Friction by EN ISO 13287:2007 Marking Footwear slip resistant on: Forward heel slip Forward flat slip 1 0.28 0.32 SRA ceramic tile with SLS * 0.18* SRB steel with glycerol 0.13 1 0.28 0.32 ceramic tile with SLS and steel with SRC glycerol 0.13* 0.18* * lower requirements are permitted to the end of 2008: heel 0.12 and flat 0.16 1 water with 0.5% sodium lauryl sulphate
FO HRO P C
A
Additional Property Code Description
Fuel Oil Resistant Outsole Heat Resistant Outsole to 300°C Penetration Resistance: 1100 Newtons Conductive: When measured in accordance with ENISO20344:2004, 5.10, after conditioning in a dry atmosphere (ENISO20344:2004, 5.10.3.3a)), the electrical resistance shall not be greater than 100kΩ Antistatic: When measured in accordance with ENISO20344:2004, 5.10, after conditioning in a dry and wet atmosphere (ENISO20344:2004, 5.10.3.3a) and b)), the electrical resistance shall be above 100kΩ and less than or equal to 1000MΩ
CI
Cold Insulation of the Sole Complex: 30 minutes at -17°C, change in temperature up to 10°C
HI
Heat Insulation of the Sole Complex: 30 minutes at 150°C, change in temperature up to 22°C
E
Energy absorbtion of seat region: Not less than 20 Joules
WRU
Water Resistant Upper
PRODUCT MARKING Example of label sewn into footwear ENISO20345:2004 + A1:2007
G1200-04
S3
SRC
01/09 MG02
42
Additional Property Codes i.e. P, HRO, WRU, SRC
YDS FOOTWEAR SIZE CONVERSION
Please note that there is no real standard for converting shoes. Your best option is to always have your foot measured at a local distributor or select from the two closest sizes to your estimated size. 13
• EN ISO 20345 Safety Footwear. • Wear and slip resistant Rubber outsole • Heat resistant soles to 150°C • Oil resistant outsole • Deep cleated sole design with ladder grip • Antistatic • Steel or non-metallic midsole (Available on request) • Shock / energy absorbing heel
14
• Wide fitting “nature form” last • Performance moisture absorbing textile lining • Padded collars • Bellows tongue • Water repellant uppers (Available on Request) • Comfort cushion PU or moisture absorbing footbed • Cushion comfort sole • Lightweight Polyurethane midsole
Adjustable Fitting with Double Footbed
DUROLITES PU Rubber sole technology is combining the flexibility and lightness features of polyurethane (PU) and long lasting, heat resistance, hard wearing features of rubber. This is achieved by joining a low density polyurethane (PU) cushion layer to a an extra heavy duty outsole of nitrile rubber. By summing up the advantages of both materials, PU Rubber soles meets the whole requirements of professionals.
Durolites series fits the SRC standards
BREATHABILITY ENISO 20345
YDS Leather
0.8
5.0
Lightweight, cushioning Hydrolysis+ PU midsole.
Wear, slip, heat and oil resistant compact rubber outsole. 15
DUROLITES
NON-METALLIC
DLPM 1011 Black IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
NON-METALLIC
SOLE: Hydrolysis+ PU / Rubber SIZES: 35-48 S1P
EN ISO 20345:2004
IMPACT RESIST.
UPPER MATERIAL: Suede leather / polyamide textile
HEAT 째C
LINING: Moisture absorbing woven textile
150
SLIP
OIL
ANTISTATIC
SOLE: Hydrolysis+ PU / Rubber SIZES: 35-48 S1P
EN ISO 20345:2004
DLPM 1012 Black IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
16
LINING: Moisture absorbing woven textile
DLPM 1011 Grey 200J
NON-METALLIC
UPPER MATERIAL: Full grain leather / polyamide textile
UPPER MATERIAL: Full grain leather / polyamide textile LINING: Moisture absorbing woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 35-48 S1P
EN ISO 20345:2004
DLPM 1012 Grey IMPACT RESIST.
UPPER MATERIAL: Suede leather / polyamide textile
HEAT 째C
LINING: Moisture absorbing woven textile
200J 150
SLIP
OIL
ANTISTATIC
NON-METALLIC
SOLE: Hydrolysis+ PU / Rubber SIZES: 35-48 S1P
EN ISO 20345:2004
DLPM 1014 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
NON-METALLIC
DUROLITES
NON-METALLIC
UPPER MATERIAL: Full grain leather LINING: Moisture absorbing woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 35-48 S1
EN ISO 20345:2004
DL 150 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Suede leather LINING: Moisture absorbing woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 35-48 S1P
EN ISO 20345:2004
17
DUROLITES
NON-METALLIC
DL 160 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
NON-METALLIC
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
SOLE: Hydrolysis+ PU / Rubber SIZES: 35-48 S1
EN ISO 20345:2004
UPPER MATERIAL: Full grain leather LINING: Moisture absorbing woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 35-48 S3
EN ISO 20345:2004
DLPT 1076 IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
18
LINING: Moisture absorbing woven textile
DLPT 1075 IMPACT RESIST.
NON-METALLIC
UPPER MATERIAL: Full grain leather / polyamide textile
UPPER MATERIAL: Full grain leather LINING: Moisture absorbing woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 35-48 S3
EN ISO 20345:2004
DLPM 1013 IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather
DUROLITES
NON-METALLIC
LINING: Moisture absorbing woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 35-48 S1P
EN ISO 20345:2004
OWN BRANDED LABEL
19
• EN ISO 20345 Safety Footwear. • Wear and slip resistant Rubber outsole • Heat resistant soles to 150°C • Oil resistant outsole • Deep cleated sole design with ladder grip • Antistatic • Steel or non-metallic midsole (Available on request) • Shock / energy absorbing heel
20
• Wide fitting “nature form” last • Performance moisture absorbing textile lining • Padded collars • Bellows tongue • Water repellant uppers (Available on Request) • Comfort cushion PU or moisture absorbing footbed • Cushion comfort sole • Lightweight Polyurethane midsole
ATHLETIC PU Rubber sole technology is combining the flexibility and lightness features of polyurethane (PU) and long lasting, heat resistance, hard wearing features of rubber. This is achieved by joining a low density polyurethane (PU) cushion layer to a an extra heavy duty outsole of nitrile rubber. By summing up the advantages of both materials, PU Rubber soles meets the whole requirements of professionals.
Athletic series fits the SRC standards
Lightweight, cushioning Hydrolysis+ PU midsole.
Wear, slip, heat and oil resistant compact rubber outsole. 21
ATHLETIC
ATSM 1016 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 EN ISO 20345:2004
S3
ATSM 1006 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S3
EN ISO 20345:2004
ATSM 1007 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
22
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S1
EN ISO 20345:2004
IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather / polyamide textile
ATHLETIC
ATSM 1031 LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S1
EN ISO 20345:2004
ATSM 1032 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S3
EN ISO 20345:2004
ATSM 1033 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Suede leather LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S1
EN ISO 20345:2004
23
ATHLETIC
ATSM 1008 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather, reflector LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S2
EN ISO 20345:2004
ATSM 1009 L IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather, reflector LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S2
EN ISO 20345:2004
ATSM 1009 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
24
UPPER MATERIAL: Full grain leather / polyamide textile, reflector LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S1
EN ISO 20345:2004
IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Suede leather, reflector
ATHLETIC
ATSM 1009 Grey LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S1
EN ISO 20345:2004
ATSM 1010 L IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather, reflector LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S3
EN ISO 20345:2004
ATSM 1010 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather / polyamide textile, reflector LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S1
EN ISO 20345:2004
25
ATHLETIC
ATTM 1038 Grey IMPACT RESIST.
200J
HEAT °C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Suede / Full grain leather LINING: Gore-Tex® SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S3
EN ISO 20345:2004
ATTM 1038 Black IMPACT RESIST.
200J
HEAT °C
150
SLIP
OIL
ANTISTATIC
26
UPPER MATERIAL: Full grain leather LINING: Gore-Tex® SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S3
EN ISO 20345:2004
27
ATHLETIC
• EN ISO 20345 Safety Footwear. • Wear and slip resistant Thermo Polyurethane outsole • Oil resistant outsole • Deep cleated sole design with ladder grip • Antistatic • Steel or non-metallic midsole (Available on request) • Shock / energy absorbing heel
28
• Wide fitting “nature form” last • Performance moisture absorbing textile lining • Padded collars • Bellows tongue • Water repellant uppers (Available on Request) • Comfort cushion PU or moisture absorbing footbed • Cushion comfort sole • Lightweight Polyurethane midsole
FLYWEIGHT SOLE
Adjustable Fitting with Double Footbed
UNIQLITES
This range of non-metallic lightweight safety footwear incorporates the latest in footwear technology. All styles illustrated use YDS’s new nonmetallic toe cap, developed by YDS engineers to be the best in its field. Protective midsole versions use a multi-layer textile composite, L-Protection, which has been tested and proven to be more resistant and safer than steel. Uniqlites are lightweight, more comfortable, electrically non conductive, resistant to the transmission of heat or cold and resistant to corrosion and chemical deterioration of the long life of the footwear.
The fact that these boots are 100% non-metallic makes them perfect for staff use in airports or other high security sites where metal detectors are routinely used.
Lightweight, cushioning Hydrolysis+ Polyurethane midsole.
Slip, oil and wear resistant Thermo Polyurethane outsole.
29
UNIQLITES
NON-METALLIC
UL 100 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
NON-METALLIC
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S3
EN ISO 20345:2004
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S3
EN ISO 20345:2004
UL 140 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
30
LINING: Woven textile
UL 110 IMPACT RESIST.
NON-METALLIC
UPPER MATERIAL: Full grain leather
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S1
EN ISO 20345:2004
ULPT 1072 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
NON-METALLIC
LINING: Woven textile SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S3
EN ISO 20345:2004
ULPT 1071 Grey IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
NON-METALLIC
UPPER MATERIAL: Full grain leather / polyamide textile
UNIQLITES
NON-METALLIC
UPPER MATERIAL: Suede leather / polyamide textile LINING: Woven textile SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S1
EN ISO 20345:2004
ULPT 1071 Brown IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Suede leather / polyamide textile LINING: Woven textile SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S1
EN ISO 20345:2004
31
UNIQLITES
NON-METALLIC
UL 220 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
NON-METALLIC
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S1
EN ISO 20345:2004
UPPER MATERIAL: Suede leather LINING: Woven textile SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S1
EN ISO 20345:2004
ULPT 1074 Grey IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
32
LINING: Woven textile
ULPT 1073 Grey IMPACT RESIST.
NON-METALLIC
UPPER MATERIAL: Suede leather
UPPER MATERIAL: Suede leather LINING: Moisture absorbing woven textile SOLE: Hydrolysis+ PU / TPU SIZES: 35-48 S1
EN ISO 20345:2004
UNIQLITES The fact that these boots are 100% non-metallic makes them perfect for staff use in airports or other high security sites where metal detectors are routinely used.
Lightweight, cushioning Hydrolysis+ Polyurethane midsole.
Slip, oil and wear resistant Thermo Polyurethane outsole.
33
• EN ISO 20345 Safety Footwear. • Slip resistant Dual Density Rubber sole • Heat resistant soles to 300°C • Oil / acid resistant outsole • Deep cleated sole design with ladder grip • Antistatic • Shock / energy absorbing heel
34
• • • • • •
Generous fit Performance wicking lining Padded collars Comfort cushion footbed Cushion comfort sole Lightweight sole
HRO: 300°C Heat Resistant Outsole
DDR
YDS DDR TECHNOLOGY
The “DDR” Dual Density Rubber Sole System uses “new millennium” technology to give the customer the benefit of a nitrile rubber sole for superior wear performance combined with excellent grip, more cushion comfort and reduced weight. This is achieved by injecting a high density wear layer to a low density sponge mid layer, to provide a “Giant Step Forward” in wearer comfort but maintaining the benefits of a rubber outsole which is required traditionally in harsher wear environments. Such as foundries, construction, steel industries and so forth. Dual Density Rubber sole products are more durable and resistant to high temperature environments in comparison to PU/Rubber products
Lightweight, cushioning expanded rubber midsole.
Wear, slip, heat, oil and acid resistant compact rubber outsole. 35
DDR
SDR 16 SI IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Rubber (DDR) SIZES: 38-48 S1P
EN ISO 20345:2004
SDR 10 SI/CSI IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Rubber (DDR) SIZES: 38-48 S3
EN ISO 20345:2004
SDR 12 SI IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
36
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Rubber (DDR) SIZES: 38-48 S3
EN ISO 20345:2004
IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
DDR
SDR 15 SI/CSI UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Rubber (DDR) SIZES: 38-48 S3
EN ISO 20345:2004
EL 150 DDR IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Rubber (DDR) SIZES: 36-48 S2
EN ISO 20345:2004
EL 160 DDR IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Rubber (DDR) SIZES: 36-48 S2
EN ISO 20345:2004
37
DDR
EL 170 DDR IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Rubber (DDR) SIZES: 36-48 S2
EN ISO 20345:2004
EL 170 DDR with additional flap IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Rubber (DDR) SIZES: 36-48 S2
EN ISO 20345:2004
SPSR 1070 C IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
38
with additional flap
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Rubber (DDR) SIZES: 36-48 S2
EN ISO 20345:2004
DDR The “DDR” Dual Density Rubber Sole System uses “new millenium” technology to give the customer the benefit of a nitrile rubber sole for superior wear performance combined with excellent grip, more cushion comfort and reduced weight.
39
• Slip resistant Dual Density Rubber sole • Heat resistant sole up to 300° C • Oil/acid resistant outsole. • Deep cleated sole design with ladder grip • Conductive • Shock/energy absorbing heel.
40
• Generous fit • Lightweight dual density rubber sole. • Padded insock
CONDUCTIVE
CDR 16 IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
CONDUCTIVE
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Dual Density Conductive Rubber (DDR) SIZES: 36-48 SB C
EN ISO 20345:2004
CDR 12 IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
CONDUCTIVE
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Dual Density Conductive Rubber (DDR) SIZES: 36-48 SB C
EN ISO 20345:2004
41
• EN ISO 20345 Safety Footwear. • Slip resistant Dual Density Polyurethane sole • Heat resistant soles to 120°C • Oil resistant outsole • Cleated sole design with ladder grip • Antistatic • Steel midsole available on certain styles • Shock / energy absorbing heel
42
• • • • • • •
Generous fitting classic toe last Performance wicking lining Padded collars Water repellant uppers Comfort cushion footbed Cushion comfort sole Super lightweight sole
COMFORTLITES This range combines a large variety of classical and casual styling on a classical last with a direct injected double density polyurethane sole. The under set sole design gives a clean edge appearance whilst the attractive cleated pattern provides a high level of slip resistance. The heel incorporates a “Shock Absorber� pad to assist wearer comfort. This footwear will appeal to personnel employed in warehouse / distribution / office environments where neat uniform appearance is required without any reduction in the wearer protection offered by more typical rugged safety boots / shoes.
43
COMFORTLITES
CL 100 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S2
EN ISO 20345:2004
CL 130 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S2
EN ISO 20345:2004
CL 170 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
44
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S2
EN ISO 20345:2004
IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Leather SOLE: Hydrolysis+ PU / TPU
COMFORTLITES
CLX 300 SIZES: 36-48 S2
EN ISO 20345:2004
CL 200 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S2
EN ISO 20345:2004
CL 210 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Waxy Nubuck LINING: Leather SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S2
EN ISO 20345:2004
CL 603 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Suede leather LINING: Leather SOLE: Hydrolysis+ PU / TPU SIZES: 35-48 S2
EN ISO 20345:2004
45
• • • •
EN ISO 20345 Safety Footwear Heat resistant soles to 150°C Oil resistant outsole Cleated sole design with ladder grip • Antistatic • Shock / energy absorbing heel
46
• • • • • •
Generous fit Antibacterial lining Padded collars Comfort cushion footbed Cushion comfort sole Super lightweight sole
ATOMIUM
ANTIBACTERIAL & SLIP RESISTANT
SUPER SLIP RESISTANCE
The Atomium PU Rubber sole design has been exclusively developed to combine flexibility with excellent non-slip characteristics and special non-cross contamination properties. The uppers are washable and breathable as well as having high abrasion and tear strength coupled with resistance to many oils, acids and chemicals.
47
ATOMIUM
ANPM 1061 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Microfiber LINING: Antibacterial non-woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S2
EN ISO 20345:2004
ANPM 1024 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
48
Atom 61
UPPER MATERIAL: Microfiber LINING: Antibacterial non-woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S2
EN ISO 20345:2004
ANPM 1062 IMPACT RESIST.
Atom 60
Atom 64
UPPER MATERIAL: Microfiber LINING: Antibacterial non-woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S2
EN ISO 20345:2004
IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
Atom 190
UPPER MATERIAL: Microfiber
ATOMIUM
ANPM 1025
LINING: Antibacterial non-woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S1
EN ISO 20345:2004
ANPM 1037 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Microfiber LINING: Antibacterial non-woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-48 S2
EN ISO 20345:2004
49
• ENISO 20345 Safety footwear • Slip resistant Dual Density Polyurethane sole • Oil resistant outsole • Deep cleated sole design with ladder grip • Antistatic • Shock/energy absorbing heel
50
• • • • •
Lightweight Polyurethane sole Wide fitting ‘Nature form ‘ last Padded collars Bellows tongue Comfort cushion PU or moisture absorbing footbed • Cushions comfort sole
GTE Derived from our extensive military experience YDS’s GTE range is suited to the Police, Medical Emergency and Security Sectors.
51
GTE
GTX 421 IMPACT RESIST.
200J
HEAT °C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather/Cordura LINING: GORE-TEX® SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S3
EN ISO 20345:2004
GTX 422 IMPACT RESIST.
200J
HEAT °C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: GORE-TEX® SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S3
EN ISO 20345:2004
GTX 423 IMPACT RESIST.
200J
HEAT °C
120
SLIP
OIL
ANTISTATIC
52
UPPER MATERIAL: Full grain leather LINING: GORE-TEX® SOLE: Dual Density Rubber (DDR) SIZES: 36-50 S3
EN ISO 20345:2004
IMPACT RESIST.
200J
HEAT °C
120
SLIP
OIL
ANTISTATIC
GTE
60601 NV UPPER MATERIAL: Full grain leather / Cordura LINING: GORE-TEX® SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S3
EN ISO 20345:2004
60611 NV IMPACT RESIST.
200J
HEAT °C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather / Cordura LINING: GORE-TEX® SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S3
EN ISO 20345:2004
UL 200 IMPACT RESIST.
200J
HEAT °C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather / Cordura LINING: GORE-TEX® SOLE: Hydrolysis+ PU / TPU SIZES: 36-48 S3
EN ISO 20345:2004
53
• Deep Cleated for great grip with Defined heel and ladder grips. • NOMEX® fire retardant threads throughout. • Ankle protection on both medial and lateral sides of the foot. • Reflective Hi Viz profile to lateral sides.
54
• Steel Midsole. • Shock and Energy Absorbing heel zone. • Padded collar. • Comfort Padded Cushion footbed – both removable upgradeable and washable.
Easy donning aids including pull on handles or YKK zips
The best thickest premium leather to provide excellent durability and protection
GORE-TEXÂŽ waterproof lining for excellent breathability and protection from the elements.
FIREFIGHTER’s FOOTWEAR
Padded soft leather collar for comfort all day
Flame retardant thread and laces throughout
Keys seams triple stitched for the best construction Ankle protectors to protect a vulnerable area.
Flexible ankle area to aid climbing.
Ridged bump cap for extra protection and for the long life of the footwear
High Viz reflectors Energy absorbing heel to reduce leg and back injuries. Tough nitrile rubber outerskin withstanding 300 degrees C
Insulating comfortable felt footbed Ladder grip to aid climbing
Lower density mid-layer offering comfort and shock absorption
Dual Density Rubber sole
Deep cleated firefighter sole pattern for excellent grip.
55
FIREFIGHTER’s FOOTWEAR
FB 300 GTX IMPACT RESIST.
200J
HEAT °C
300
SLIP
OIL
ANTISTATIC
S3
UPPER MATERIAL: Full grain leather LINING: GORE-TEX® SOLE: Lightweight cushioned expanded rubber DDR (Dual Density Rubber) SIZES: 35-50
EN ISO 15090:2006 F2A, HI3, P, T, CI, AN
FF 210 IMPACT RESIST.
200J
HEAT °C
300
SLIP
OIL
ANTISTATIC
S3
56
UPPER MATERIAL: Full grain leather LINING: GORE-TEX® SOLE: Lightweight cushioned expanded rubber DDR (Dual Density Rubber) SIZES: 35-50
EN ISO 15090:2006 F2A, HI3, P, T, CI, AN
IMPACT RESIST.
200J
HEAT °C
300
SLIP
OIL
ANTISTATIC
S3
UPPER MATERIAL: Full grain leather LINING: GORE-TEX® SOLE: Lightweight cushioned expanded rubber DDR (Dual Density Rubber) SIZES: 35-50
FIREFIGHTER’s FOOTWEAR
FF 300
EN ISO 15090:2006 F2A, HI3, P, T, CI, AN
57
• ENISO 20345 Safety Footwear • Slip resistant Dual Density Hydrolysis+ Polyurethane • Heat resistant soles to 160°C • Oil resistant outsole • Deep cleated sole design with ladder grip • Antistatic • Steel midsole available on certain styles • Shock / energy absorbing heel
58
• • • • • •
Wide fitting “nature form” last Performance wicking lining Padded collars Comfort cushion footbed Cushion comfort sole Lightweight sole
PROFESSIONAL A range of athletic/hiker styles, incorporating high grade leather uppers with Dual Density Hydrolysis Polyurethane soles, giving superb traction and slip resistance. These products are lightweight and offer excellent comfort together with attractive styling.
59
PROFESSIONAL
LE 100 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S3
EN ISO 20345:2004
LE 200 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather / Airmesh textile LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S1P
EN ISO 20345:2004
EL 200 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather / Cordura LINING: Airmesh textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-47 S1
EN ISO 20345:2004
EL 250 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
60
UPPER MATERIAL: Full grain leather / Cordura LINING: Woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-47 S1
EN ISO 20345:2004
IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather / Cordura LINING: Woven textile SOLE: Dual Density Hydrolysis+ PU
PROFESSIONAL
EL 255 L GR SIZES: 36-47 S1
EN ISO 20345:2004
GPP 05 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Suede leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-47 S1
EN ISO 20345:2004
GPP 07 SI IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S1P
EN ISO 20345:2004
61
• EN ISO 20345 Safety Footwear. • Wear and slip resistant Thermo Polyurethane outsole • Heat resistant soles to 120°C • Oil resistant outsole • Deep cleated sole design with ladder grip • Antistatic • Shock / energy absorbing heel
62
• Wide fitting “nature form” last • Performance moisture absorbing textile lining • Padded collars • Bellows tongue • Water repellant uppers (Available on Request) • Comfort cushion PU or moisture absorbing footbed • Cushion comfort sole • Lightweight Polyurethane midsole • Continental size range (36-48)
ACTOLITES
This new range is a variety of fashionable and casual shoes & boots incorporating a high selection of leather uppers having two layers of sole with Hydrolysis+ PU for comfort and TPU outsole for excellent wear and slip resistance. All styles are antistatic and meet EN ISO 20347 occupational footwear requirements.
63
ACTOLITES
DIPLOMAT 01 IMPACT RESIST.
-
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Leather SOLE: Hydrolysis+ PU / TPU SIZES: 39-47 O1
EN ISO 20347:2004
DIPLOMAT 02 IMPACT RESIST.
-
HEAT 째C
120
SLIP
OIL
ANTISTATIC
64
UPPER MATERIAL: Full grain leather LINING: Leather SOLE: Hydrolysis+ PU / TPU SIZES: 39-47 O1
EN ISO 20347:2004
ACTOLITES
GTE 05 Grey IMPACT RESIST.
-
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Nubuck leather LINING: Leather SOLE: Hydrolysis+ PU / TPU SIZES: 35-48 O1
EN ISO 20347:2004
GTE 05 Beige IMPACT RESIST.
-
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Nubuck leather LINING: Leather SOLE: Hydrolysis+ PU / TPU SIZES: 35-48 O1
EN ISO 20347:2004
65
• • • • •
EN ISO 20345 Safety Footwear. Slip resistant rubber sole Heat resistant soles to 300°C Oil / acid resistant outsole Deep cleated sole design with ladder grip • Antistatic • Steel Midsole (Available on Request)
66
• • • •
Generous fit Padded collars Comfort cushion footbed Ultra hard wearing
INDUSTRIAL CLASSICS
Industrial Classics Range offer the benefits of hard wearing rubber soles injected or vulcanised to durable uppers for use in tougher industrial and construction environments.
H 122 IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Printed leather LINING: Non-woven textile SOLE: Direct Vulcanised Rubber SIZES: 38-48 SB,A
EN ISO 20345:2004
ML 370 IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Direct Vulcanised Rubber SIZES: 36-48 SB,A,P
EN ISO 20345:2004
67
• EN ISO 20345 Safety Footwear • Slip resistant Dual Density Polyurethane sole • Heat resistant soles to 120°C • Oil resistant outsole • Deep cleated sole design with ladder grip • Antistatic • Steel midsole (Available on Request) • Shock / energy absorbing heel
68
• • • • •
Wide fitting “nature form” last Performance “Cambrelle” lining Padded collars Bellows tongue Water repellant uppers (Available on Request) • Comfort cushion footbed • Cushion comfort sole • Light weight Polyurethane sole
This range is lightweight with a rugged sole design, ladder grips and a clearly defined heel. These products are hardwearing giving excellent comfort and performance. All styles are anti-static.
IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU
EXCESSLITES
HD 32 SIZES: 38-48 S3
EN ISO 20345:2004
HD 91 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Nubuck leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 38-48 S1P
EN ISO 20345:2004
HD 431 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 38-48 S3
EN ISO 20345:2004
HD 433 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 38-48 S3
EN ISO 20345:2004
69
• EN 20345 Safety Footwear • Slip resistant Dual Density Polyurethane sole • Heat resistant soles to 120°C • Oil resistant outsole • Deep cleated sole design with ladder grip • Antistatic • Steel midsole (Available on Request) • Shock / energy absorbing heel • Anti-scuff toe cover (Available on Request) 70
• • • • •
Wide fitting “nature form” last Performance “Cambrelle” lining Padded collars Bellows tongue Water repellant uppers (Available on Request) • Comfort cushion footbed • Cushion comfort sole • Lightweight Polyurethane sole
EUROLITES
The Eurolites range combines traditional European styling with generous fitting, for a wide audience of customers. The cleated sole incorporates an “aqua groove channel� design to disperse fluids, ensuring, excellent levels of slip resistance, suitable for wear in wide variety of conditions.
71
EUROLITES
GS 16 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S2
EN ISO 20345:2004
EL 150 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Printed leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S1
EN ISO 20345:2004
EL 150 Suede IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
72
UPPER MATERIAL: Suede leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S1
EN ISO 20345:2004
IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Printed leather
EUROLITES
EL 160 LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S1
EN ISO 20345:2004
EL 170 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Printed leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S3
EN ISO 20345:2004
EL 170 C IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Printed leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S3
EN ISO 20345:2004
73
EUROLITES
EL 190 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Printed leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S1
EN ISO 20345:2004
EL 190 Suede IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Suede leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S1
EN ISO 20345:2004
EL 400 Suede IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
74
UPPER MATERIAL: Suede leather LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S1
EN ISO 20345:2004
IMPACT RESIST.
200J
SIDE ZIP
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Printed leather
EUROLITES
EL 180 SIZ LINING: Non-woven textile SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S1P
EN ISO 20345:2004
75
• EN 20345 Safety Footwear • Slip resistant Dual Density Polyurethane and Rubber soles • Heat resistant soles to 120°C for PU, 300°C for DDR • Oil resistant outsole • Deep cleated sole design with ladder grip • Antistatic • Steel midsole • Shock / energy absorbing heel • Anti-scuff toe cap on certain styles 76
• • • • • •
Wide fitting “nature form” last Performance wicking lining Comfort cushion footbed Cushion comfort sole Lightweight sole Fur Lining on certain styles
RIGGER RANGE
These traditional styles feature dual density rubber or PU soles with a rugged sole pattern and ladder grip providing exceptional slip resistance together with excellent comfort and shock absorption. They are designed for the toughest working conditions and all with steel midsoles.
GTX 423 IMPACT RESIST.
200J
HEAT °C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: GORE-TEX® SOLE: Dual Density Rubber (DDR) SIZES: 36-50 S3
EN ISO 20345:2004
77
RIGGER RANGE
HD 424 SI IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain haircell leather LINING: Fur SOLE: Dual Density Hydrolysis+ PU SIZES: 38-48 S3
EN ISO 20345:2004
HD 425 SI IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain haircell leather LINING: Unlined SOLE: Dual Density Hydrolysis+ PU SIZES: 38-48 S3
EN ISO 20345:2004
GHE 11 IMPACT RESIST.
200J
HEAT 째C
120
SLIP
OIL
ANTISTATIC
78
UPPER MATERIAL: Full grain printed leather LINING: Unlined SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S3
EN ISO 20345:2004
IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain printed leather LINING: Unlined SOLE: Dual Density Rubber (DDR)
RIGGER RANGE
HDR 301 SIZES: 36-48 S3
EN ISO 20345:2004
HDR 304 IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain haircell leather LINING: Unlined SOLE: Dual Density Hydrolysis+ PU SIZES: 36-48 S3
EN ISO 20345:2004
DDR 280 IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain haircell leather LINING: Fur SOLE: Dual Density Rubber (DDR) SIZES: 38-48 S3
EN ISO 20345:2004
79
• • • • • • • • •
80
BS4676 Standard safety footwear Splash resistant tanned leather Quick release fasteners Slip resistant Dual Density Rubber sole Heat resistant sole up to 300° C Oil/acid resistant outsole. Deep cleated sole design with ladder grip Antistatic Shock/energy absorbing heel.
• • • •
Generous fit Lightweight dual density rubber sole. Padded insock Shock absorbing comfort sole
FURNACE MASTERS DDR sole is special because it maintains the durable rubber properties in a tough nitrile outer skin to withstand nicks, cuts and the extreme furnace environment. A secondary lower density sponge-like mid layer is added to the outer layer to give comfortable, shock absorbing and light weight properties. The whole DDR combination is then injected onto the sole.
CHROME TANNED LEATHER
The leather used in Furnace Masters has been tanned with vegetable tannin and then re-tanned with chromium salts. This makes the leather tough enough to withstand instances of molten metal at 1400째C.
81
FURNACE MASTERS
HM 2001 IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Heavy duty grained leather LINING: Unlned SOLE: Dual Density Rubber (DDR) SIZES: 38-48 S1
BS 4676
HM 2004 IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
82
UPPER MATERIAL: Heavy duty grained leather LINING: Unlined SOLE: Dual Density Rubber (DDR) SIZES: 38-48 S1
BS 4676
IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Heavy duty grained leather LINING: Unlined
FURNACE MASTERS
HM 2005 SOLE: Dual Density Rubber (DDR) SIZES: 38-48 S1
BS 4676
HM 2006 IMPACT RESIST.
200J
HEAT 째C
300
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Heavy duty grained leather LINING: Non-woven textile SOLE: Dual Density Rubber (DDR) SIZES: 38-48 S3
BS 4676
83
• EN ISO 20345 Safety Footwear • Electro Static Discharge feature • Wear and slip resistant Thermo Polyurethane outsole • Heat resistant soles to 120°C • Oil resistant outsole • Deep cleated sole design with ladder grip • Electrostatic Discharge • Steel or non-metallic midsole (Available on request) • Shock / energy absorbing heel
84
• Wide fitting “nature form” last • Performance moisture absorbing textile lining • Padded collars • Bellows tongue • Water repellant uppers (Available on Request) • Comfort cushion PU or moisture absorbing footbed • Cushion comfort sole • Lightweight Polyurethane midsole • Continental size range (36-48)
IMPACT RESIST.
7,5x105 Ω ≤ Rg ≤ 3,5x107 Ω
200J
HEAT °C
120
SLIP
ESD
EL 160 UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Dual Density Hydrolysis+ PU
OIL
SIZES: 36-48
ESD
SB,E
EN ISO 20345:2004
GPP 05 IMPACT RESIST.
7,5x105 Ω ≤ Rg ≤ 3,5x107 Ω
200J
HEAT °C
120
SLIP
UPPER MATERIAL: Suede leather LINING: Woven textile SOLE: Dual Density Hydrolysis+ PU
OIL
SIZES: 36-48
ESD
SB,E
EN ISO 20345:2004
Electrostatic Discharge, or ESD, is a single-event, rapid transfer of electrostatic charge between two objects. It is estimated that great damage is caused by ESD, particularly in the field of microelectronics. In addition to many other important safety requirements, YDS- ESD shoes play an important part in keeping static electricity in check. They help to prevent the wearer from becoming statically charged.
85
• EN ISO 20345 safety and 20347 occupational footwear. • Wear and slip resistant sole • Oil resistant outsole • Deep cleated sole design with ladder grip • Antistatic • Shock / energy absorbing heel
86
• Performance moisture absorbing textile lining • Water repellant uppers (Available on Request) • Comfort cushion PU or moisture absorbing footbed • Cushion comfort sole • Lightweight Polyurethane midsole
IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
LADIES
ATSM 1026 UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-40 S2
EN ISO 20345:2004
ATSM 1026 Grey IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Suede leather LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-40 S1P
EN ISO 20345:2004
ATSM 1027 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-40 S2
EN ISO 20345:2004
87
LADIES
ATSM 1027 Grey IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Suede leather LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-40 S1P
EN ISO 20345:2004
ATSM 1039 IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
UPPER MATERIAL: Full grain leather LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-40 S2
EN ISO 20345:2004
ATSM 1039 Grey IMPACT RESIST.
200J
HEAT 째C
150
SLIP
OIL
ANTISTATIC
88
UPPER MATERIAL: Suede leather LINING: Woven textile SOLE: Hydrolysis+ PU / Rubber SIZES: 36-40 S1P
EN ISO 20345:2004