Prefabricated Social Housing

technical data Building Construction System

Habitania Social - Global Housing Co.Ltd.

Mega Housing Project

distribution panels

60 m2

70 m2

90 m2

Mega Housing Project

Mega Housing Project

6000 Homes Project in KURDISTAN Habitania Social Foundation - Teydi - Global Housing Company Ltd.

Housing Project - 6000 homes

2 Stories House (140m2 + 70m2)

6000 Homes Project in KURDISTAN Habitania Social Foundation - Teydi - Global Housing Company Ltd.

Housing Project - 6000 homes

2 Stories Twin House (86m2 + 40m2)

6000 Homes Project in KURDISTAN Habitania Social Foundation - Teydi - Global Housing Company Ltd.

Housing Project - 6000 homes

Terraced House (89m2)

Housing Project - 6000 homes 6000 Homes Project in KURDISTAN Habitania Social Foundation - Teydi - Global Housing Company Ltd.

Concept Density Dilatation Movement Thermal Expansion (-20+80ºC) Thermal conductivity (λ) Water Absorption Capacity Humidity Absorption Capacity incombustibility Dry mechanical feature

flection traction

Value Unit ≤ 1100 kg/m3 ≤ 0.20 % ≤ 3.5 x 10 -6 m/ m·k ≤ 0.30 W/(m·k) ≤ 60.00 % ≤ 2.00 % clase A ≥ 9.0 Mpa ≥ 7.0 Mpa

EI 90

Product Application Its use is recommended for internal partitions and/or suspended ceilings

Materials

Silicate Plates

Concept Density Thermal Conductivity Water absorption capacity

Value ≥ 1.40 ≤ 0.45 ≤ 28

Unit g/cm3 W(m-k) %

Humidity Contents Humidity Dilatation Water immersion Swelling Incombustibility Dry flection feature Traction Wet flection feature Traction Extraction resistance Impact resistance

≤ 10 ≤ 0.25 Not observed A class ≥ 20.0 ≥ 15.0 ≥ 15.0 ≥ 10.0 ≥ 110 does not crack after

% % 24 h Mpa Mpa Mpa Mpa N/mm impact

Physical Properties Very strong, resistant to the immersion under water, non-flammable, high fire-resistance, non-conducting, Sustainable product (Exists in big quantities and needs only 20% energy to produce Portland).

Can be cut with chainsaw. Maintains stability even when wet.

Product Application Proposed for building exteriors, for its durability and high fire-resistance, and also for its behaviour towards the cold.

Materials

Fiber cement plates

Materials

Fiber cement plates

Extruded Polystyrene (XPS) Concept Thermal conductivity (λ)

Value 0.034

Unit W/(m·k)

Thermal resistance Dimensional Stability 70ºC and 90% Deformation under load and temperature 70º,168h, 40kPa Absorption Total Water Immersion

2.20 <5 <5 <0.7

m2K/W % 5 %

Incombustibilidad Dry Mechanical traction feature Airflow resistance (R)

E Class >100 0.32

KPa kPa·s/m

2 3

4

1

5 6

Expanded Polystyrene (EPS) Concept Thermal conductivity (λ)

Value >0.035

Unit W/(m·k)

Density Incombustibility Dry mechanical feature

kg/m3

Traction

>19 clase E >150

Compression Flection

>100 >150

kPa kPa

11

8 10 9 12

kPa

Glass wool Concept Thermal Expansion (-20+80ºC) Thermal conductivity (λ)

Value ≤ 3.5 x 10 -6 ≤ 0.36

Unit m/ m·k W/(m·k)

Thermal resistance Dimensional Stability -23ºC and 90% Vapour permeability ncombustibility Dry mechanical feature Airflow resistance (Rs)

1.80 1 1 clase A1 3.88 0.32

m2K/W % μ

Traction

7

KPa kPa·s/m

1: Rouch dressing 2: Butil band 3: Structural silicone 4: Fibercement 5: XPS (insulating) 6: Electrical pipe 7: Metalic profile 8: Calcium silicate 9: Mesh 10: Elastic skim coating 11: Screws 12: Painting

Materials

Insulations

Thermal classic

Concept

Value

Steel type

S-235-JR

Elastic limit lasticity E Modulus

235 210.000 1,2·10-5

Thermal expansion coefficient (α)

Unit N/mm2 N/mm2

The galvanized steel sheets with a 0.55 to 2.5mm thickness are used specified for roughframing in commercial or residential construction to comply with the European Standard EN 10025 and the ASTM international. The dimension of the columns-shapes are establishing after the completion of the building’s structural load. We use our tonge and groove shape to improve stronger connections, ensure watertight, and get a three-dimensional structure that works together.

Highest strength to weight ratio of any building material, disaster resistant, extreme heat & cold, not vulnerable to termites minimal maintenance and slower aging of structure, environmentally friendly, 100% recyclable.

House Kit

Light Concrete Wall

Concept

Value

Steel type

S-235-JR

Elastic limit lasticity E Modulus

235 210.000 1,2·10-5

Thermal expansion coefficient (α)

Unit N/mm2 N/mm2

Concept Thermal Expansion (-20+80ºC) Thermal conductivity (λ)

Value ≤ 3.5 x 10 -6 ≤ 0.09

Unit m/ m·k W/(m·k)

Thermal resistance Dimensional Stability -23ºC and 90% Vapour permeability ncombustibility Dry mechanical feature Airflow resistance (Rs)

1.125 1 1 clase A1 3.88 0.32

m2K/W % μ

Traction

Steel Protectors: - Galvanized with heat as in UNE ISO 1461 for welded parts > 33mm thick - Galvanized with sendzimir Z-450 heat for tubular profiles < 3mm

KPa kPa·s/m

Materials

House Kit

Structure

Assembly proceedings

Assembly proceedings

Assembly proceedings

Assembly proceedings

metal sheet Basic material

Rules

Metal type

S 280 GD

EN 10326

Metal thickness

0.7, 0.8, 1.0, 1,2 mm

EN 10143

Protection type

Galvanized

EN 10326

2

Traction resistance

360 N/mm

Elastic limit

280 N/mm

2

mixed slab Technical Data Nominal thickness mm.

Mass Kp/m2

Useful surface cm2/m

Inertia cm4/m

W cm3/m

Yo cm

0,7

8.15

6.41

72.86

16.55

3.197

0,8

9.32

7.33

83.27

18.91

3.197

1,0

11.61

8.70

98.89

22.46

3.197

1,2

13.97

10.07

114.50

26.00

3.197

concrete slab

slab height H=cm 3

Density 25kN/mm 2

Volume L/m

2

Mass Kg/m

6

8

10

12

95.1

115.1

135.1

155.1

238

288

338

388

Electrical welded bar grid H=6 cm

H=8 cm

H=10 cm

H=12 cm

Ø4 200x300

Ø5 200x300

Ø5 200x300

Ø6 200x300

B 500T fy=500 N/m2

slab H=6cm

roof inclination in meters thickness

concrete mass

2

2,5

3

3,5

4

4,5

0,7

238

1200

920

640

420

280

180

0,8

238

1320

950

750

500

340

230

1

238

1370

1000

810

620

430

300

1,2

238

937

1060

850

700

520

370

Materials

Slab

2

3 1 3

1

2 dry deck 1. grooved galvanized sheet 2. acoustic membrane 3. OSB

lightend mixed slab 1. grooved galvanized sheet 2. “rib lath” sheet type 3. armed compression coat

colaborating slab

2

lightend slab

Ω

type

3 2

1 1. grooved galvanized sheet 2. armed compression coat

1. Ω type beams 2. “rib lath” sheet type 3. reinforced compression coat

1

Materials

Slab types

The exterior fiber cement board allows, after the waterproofing treatment of joints has been completed, finishing the exterior of the building with paint, one coat mortar or cladding of any material (depending on the materials, adhesive paste or nuts and bolts and brackets will be used.)

Finishing

Exterior finishing

1.Lets adapt housing to the cultural specificities of each region. a. No limit on the distribution of housing. b. The finishes can accommodate the traditional houses in the vicinity. c. In one story homes structure is dimensioned to build a second plant in the future.

2. The cost of housing is cheaper. a. We reduce construction costs by allowing it to invest in quality and sustainability b. Projects in which a significant amount of housing is required are set to additional savings.

3. Does not require skilled labour for construction. a. No need for skilled labour which allows even the â&#x20AC;&#x153;selfâ&#x20AC;?

4. Improved insulation and this increases the comfort for people and decreases the energy cost of housing. a. We increase the external wall insulation to reach a thermal transmittance of 0.22 W/ m2, improving the standard 4-fold (0.82 w/m2 CTE).

5. Decrease the duration of the work. a. You can make housing in a quarter of the time than a conventional promotion with the obvious advantages that this feature brings to reduce workplace accidents, and forward delivery dates.

6. No water is needed for construction. a. . We saved 90% of the water needed to execute the work to accomplish the same with dry construction techniques.

7. It reduces energy consumption. a. By increasing the insulation to reduce energy consumption and CO2 consumption by over 40%.

8. Improves performance in relation to earthquakes. a. The structure shared by load bearing walls around the perimeter of the walls b. The construction carried out by mechanical joints gives greater security and flexibility to the buildings. c. Buildings are less heavy.

9. With regard to fire protection. a. We increased fire protection to the exterior and interior walls using specific materials to prevent fire.

10. Does not generate waste to work. a. . All materials come to the preparations for construction work without having to manipulate them on the spot and minimizing waste and wastage 11. Good performance in relation to noise pollution. a. It reduces noise pollution during construction b. Important values are achieved with sound insulation in exterior and interior walls.

Sustainable

Elements of sustainable construction

Chapter 3. Basic requirements Article 9. Generalized Article 10.

Basic Structural Security Requirements (SS) 10.1 Basic requirements SS 1: Stability and Resistance 10.2 Basic requirements SS 2 Service Competence Article 11. Basic, in case of FIRE, requirements(FS) 11.1. Basic requirements SS 1: Interior Propagation 11.2. Basic requirements SS 2: Exterior Propagation 11.3. Basic requirements SS 3: Evacuation 11.4. Basic requirements SS 4: FIRE protection facilities 11.5. Basic requirements SS 5: FIRE intervention 11.6. Basic requirements SS 6: Structural FIRE resistance Article 12. Essential Safety Use requirements (SU) 12.1. Basic requirements SU 1: Security against the fall risks 12.2. Basic requirements SU 2: Security against impact or entrapment 12.3. Basic requirements SU 3: Security against the risk of imprisonment 12.4. Basic requirements SU 4: Security against the risk of inadequate lighting 12.5. Basic requirements SU 5: Security risks caused by high occupancy situations 12.6. Basic requirements SU 6: Security against the risk of drowning 12.7. Basic requirements SU 7: Security against the risk of moving vehicles 12.8. Basic requirements SU 8: Security again the risk related to the action of lighting Article 13. Basic health needs (HS) HS 13.1 Basic Requirement 1: Moisture Protection HS 13.2 Basic Requirement 2: Waste, Collection and Disposal HS 13.3 Basic Requirement 3: Indoor Air Quality HS 13.4 Basic Requirement 4: Water Supply HS 13.5 Basic Requirement 5: Water Disposal Article 14. Basic requirements of noise protection (HR) Article 15. Basic energy saving requirements (HE) HE 15.1 Basic Requirement 1: Limiting energy demand HE 15.2 Basic Requirement 2: Efficiency of thermal installations HE 15.3 Basic Requirement 3: Energy lighting installations HE 15.4 Basic Requirement 4: Minimum solar contribution to sanitary hot water HE 15.5 Basic Requirement 5: Minimum PV electricity contribution

Rules

Spanish Technical Code Enforcement

Technical Code Enforcement

Our commitment is: «Establish, Document, Implement and Maintain a Quality Management System continually improving its effectiveness «, for that we engage our staff and external partner companies from liability. Likewise we offer our customers a process control system using a software application that lets you know the progress of orders.

We consistently provide our services while they meet the requirements of our customers accommodating the regulatory requirements, so we only work with companies that have applied ISO 9001.2000 and systems that allow us to implement processes for continuous improvement system requiring our suppliers to comply with; Products Directive 89/106 CEE Construction. CE Marked.

This policy guarantees the certification (product, including factory production control and initial trials are required), the Inspectorate (which certify the factory production control the manufacturer) and Test Laboratories (to be carried out in appropriate, initial trials of products you type.)

93/68/EEC regulations, establishes a series of procedures of conformity assessment of industrial products with the objectives or «essential requirements» set by policies especially in regard to security, public health or protection consumers and determining the placement of the CE marking of conformity in the technical harmonization directives on the design, manufacture, marketing, commissioning and use of industrial products

CLIENT GLOBAL HOUSING

E-PROCESS 24h/365d

Quality

Quality management

Conformity Assessment of our products is effected in two stages: the first is the design / implementation of the project and the second stage of manufacture.

1 .- The design phase is done by the coordination of our Technical Department of external architectural firms and of Engineering and Management Companies, specialists in metal structures calculations and the subsequent Execution of Works.

2 .- In the manufacturing phase our suppliers will use their own Quality Control Department and our own Evaluation and Quality Control Department (DECC), which is located in the same manufacturing facility, so we employ two control procedures at various stages of the process;

2.1 .- Internal production control and quality assurance of production undertaken by the Quality Control Department of the factories and randomly monitored by our DECC. 2.2 .- Control and verification of the materials to be done before loading the materials and which is essential for the later document issued « Freight and Shipping Cargo Authorization. «

Quality

Quality Control

Habitania Social - Global Housing Co.Ltd.

Fabricas/Factories

Habitania Social - Global Housing Co.Ltd.

Fabricas/Factories

Habitania Social - Global Housing Co.Ltd.

Exteriors

Habitania Social - Global Housing Co.Ltd.

Habitania Social - Global Housing Co.Ltd.

Habitania Social - Global Housing Co.Ltd.

R. D. Congo - Kinshasa

Habitania Social - Global Housing Co.Ltd.

Habitania Social - Global Housing Co.Ltd.

Habitania Social - Global Housing Co.Ltd.

Habitania Social - Global Housing Co.Ltd.

Tahiti

Habitania Social - Global Housing Co.Ltd.

Pemba - Mozambique

Suecia/Sweden

Sports residence in Gรถteborg

Habitania Social - Global Housing Co.Ltd.

Exteriors

Habitania Social - Global Housing Co.Ltd.

Exteriors

Habitania Social - Global Housing Co.Ltd.

Brasil - Minha Casa Minha Vida

Habitania Social - Global Housing Co.Ltd.

Rio de Janeiro

Habitania Social - Global Housing Co.Ltd.

Angola - Namibe

Habitania Social - Global Housing Co.Ltd.

Work & Students Camps Supply and execution of buildings to house students and workers by means of constructions with mechanically united walls following premises; •

Production and Speed Assembly Capacity

•

Project requirement Adaptable

•

Economical

•

Relocation disassembly possibility

Bathrooms and kitchens The individual technical modules are supplied fully assembled, the structure thereof is made with galvanized steel pipes, laminated with phenolic plates to ensure durability and cleansing.

The module is equipped with a shower, washbasin, toilet, and there is the possibility of a kitchenette.

Modular Houses

Students Camps

Habitania Social - Global Housing Co.Ltd.

Student Camp

Abu Dhabi Work Camp (Capacity of 7100 people) Labour houses

864 units

Collective bathrooms

192 units

Staff housing with bathroom

120 units

2 M

29.400

Dining hall, Supermarket, Kitchen and Mosque

Modular Houses

Work Camps

Habitania Social - Global Housing Co.Ltd.

Work Camps

perfil amb perforacions roscades • • ••• ••• • •• • •• • ••• ••• • • •• • • • • • • • • • • • • • • • • • • • • • • • • •

Habitania Social - Global Housing Co.Ltd.

Work Camps

Plan

administration building

Habitania Social - Global Housing Co.Ltd.

Work Camps

entry

sleep

sleep

iron cook

shower

abc

eat

bath work

live

parking sleep south facade

type 4b

store

sleep

terrace

wash

filter 4b

4b

4b

4b

corridor

sleep

entry

iron cook

plant type 4b

2b

eat

2b

2b

4b

shower

4b

work

live sleep type 2b plant types 4b & 2b

cafe

office

hall

filter

nursery

CLIENT

WORK

CLIENT NAME:

PROJECT TITLE:

ADDRESS:

LOCATION:

garden ground floor

terrace

DRAWING TITLE:

PROJECT TEAM

Nยบ:

CONTRACT DATE: CONTRACT Nยบ:

SCALE:

DATE:

DATE REVISED:

store wash

Habitania Social - Global Housing Co.Ltd.

This document is copy. The original is sole property of Arquitectur AZ. Any total or partial use, any reproduction or transfer to third parties shall require the express authorization of Arquitectur AZ. Any unilateral modification is forbidden.

corridor

community free space a

b

c

flat

solar filter

shop

garden

pedestrian passage

parking

schematic section

abc

schematic disposition

uses

shade

CLIENT

WORK

CLIENT NAME:

PROJECT TITLE:

ADDRESS:

LOCATION:

PROJECT TEAM

housing DRAWING TITLE:

Nยบ:

CONTRACT DATE:

ground floor fluid

saving space

solar filter

CONTRACT Nยบ:

SCALE:

DATE:

DATE REVISED:

Habitania Social - Global Housing Co.Ltd.

This document is copy. The original is sole property of Arquitectur AZ. Any total or partial use, any reproduction or transfer to third parties shall require the express authorization of Arquitectur AZ. Any unilateral modification is forbidden.

examples

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