Scafform Catalogue

1

MURAT

Rectangle

MURAT

Rectangle

2

ABOUT US

As a company, we have been active since 1982 about production of

scaffolding and frameworks systems, their hire and marketing and

sale of construction materials.

Our marketing and sales have been continuing increasingly by taking

customer complacency and timely supply of their needs into account

and by producing solutions for domestic and foreign construction

firms active at abroad and inland in the direction of their demands on

scaffolding, industrial formworks and construction products. Our

company, as a leading firm for its works on these topics, has been

continuing its woks with utmost compatibility to modern technology.

We are, at the moment, going on our activities in a closed area

approximately 3000m2 at Ostim, ANKARA.

Our company and the materials used in the production are certified by

ISO 2001 and ITS (TSE).

3

FIELD OF AVTIVITY

PRODUCTION

SCAFFOLDİNGS SYSTEMS

FORMWORKS SYSTEMS

AK H20 (H20-GT20)/AK H24 (H24-GT24)

PLYWOOD

TELESCOPIC PROPS

DESIGN AND PROJECT

Choice, solution, design and project of formwork system most

suitable for the projects;

Choice, solution, design and project of formwork supporting

scaffolding most suitable for the projects;

Choice, solution, design and project of facade scaffolding are

carried out.

Design and project of scaffolding most suitable to the work

condition.

HIRE

In the direction of the companies’ demands

Lower facade and formwork supporting scaffolding systems are

hired.

PRODUCTION, MARKETTING, SALE AND SALES OUTLETS

Plywood (India, Indonesia, Russia, Brazil,…)

OSB (Canada, Germany,…)

Isolation materials

Mould oil

Construction wire and nail

Spacer

Construction formwork materials

Yoke

Tension jack

4

SCAFFOLDING SYSTEMS

WEDGE TYPE SCAFFOLDING SYSTEMS

a. Ledger end wedge facade scaffolding system (press) The horizontal elements of this system are produced as “pressing”. Its erection and demount is

quick and easy. At the flange points where horizontal element and pillar interlock, intersection

mouth is opened on horizontal element. Connection can be achieved to the flange from eight

directions. It can be used at different dimensions horizontally and vertically. It is generally

preferred as facade scaffolding for indoor installation, decoration and restoration (renewal) works.

It can also be used as load-bearing (for light loads) under formworks whose floor thickness is 11-

12 cm. It has the facility to conform to flanges on the props for any kind of facade design. The

vertical elements of the system having the thickness of 3mm and horizontal elements of 2.5mm

are made up of ISO certified standard pipes with the diameter of 48.3 mm. The wedges have 7

mm thickness.

The elements constituting the system can optionally be:

Painted with immersion,

Painted with anodic oxidation paint

Electro galvanize

Hot-dip galvanized

Note: On condition that its price is paid, the systems can be painted in desired colors.

The elements constituting the system:

Vertical element

Horizontal element

Lower setting component

Upper setting component

Coupler element

Start leg

Metal plank

Metal ladder

Fixed bearer

Adjustable bearer

Console

5


PRESSED SCAFFOLDIND SYSTEM ELEMENTS

TECHNICAL PROPERTIES

PRODUCTION TYPE: PRESSING

PRODUCT PRODUCT CODE Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight (kg)

I-KAPBY–500 500 48 2,5 1,7

I-KAPBY–700 700 48 2,5 2,5

I-KAPBY–1000 1000 48 2,5 3,2

I-KAPBY–1500 1500 48 2,5 4,6

I-KAPBY–2000 2000 48 2,5 6,0

PRESSING I-KAPBY–3000 3000 48 2,5 8,9

TECHNICAL DRAWINGS FOR HORIZONTAL ELEMENTS

HORIZONTAL ELEMENT I-KAPBY–2500 2500 48 2,5 7,5

6




ADJUSTABLE BEARER: PRESSING


(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight (kg)

I-KAPBAD–250/250

250-500

48

2,5

2.0

PRESSING




FİXED BEARER: PRESSING

PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight

(kg)

I-KAPBSD–

250

250

48

2,5

1.0

PRESSING 400

ADJUSTABLE BEARER

FİXED BEARER I-KAPBSD– 400 48 2.5 1.4

7

APPLICATION OF FLANGED FACADE SCAFFOLDING




CONSOLE: PRESSING

PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diamete

r (mm)

Pipe

Thickness

(mm)

Weight

(kg)

I-KAPBK–

500X500

500

48

2,5

6.0

CONSOLE

PRESSING

I-KAPBK–

700X1000

700 48 2.5 8.0

8

Ledger end wedged scaffolding (Coupling Welding Head)

Horizontal elements of this system are produced as “Ledger end Coupling

Welding Head”.

Its erection and demount is quick and easy.

At the flange points where the horizontal element and prop interlock, the heads

assembled to the horizontal element as coupling welded increase load bearing

strength.

Connection can be achieved to the flange from eight directions.

It can be used at different dimensions horizontally and vertically.

Its load-bearing capacity is higher compared to pressing system.

As well as it could generally be preferred as facade scaffolding, it could also be

preferred for indoor installation, decoration and restoration (renewal) works.

In addition, it could also be used as formwork supporting scaffolding under the

floor (moderate weight) easily.

It has the facility to comply with any kind of facade and floor and lower beam

designs thanks to its flanges on the props.

The vertical elements of the system having the thickness of 3mm and horizontal

elements of 2.5 mm are made up of TSE certified standard pipes with the

diameter of 48.3 mm.

The wedges have 6 mm thickness.




Electro galvanized

Hot-dip galvanized



Vertical element

9

Horizontal element



Coupling element

Start leg

Metal plank

Metal ladder

Fixed bearer

Adjustable bearer

Console

Ledger end facade Scaffolding System Elements

10

LEDGER END SCAFFOLDIND SYSTEM ELEMENTS


PRODUCTION TYPE: LEDGER END COUPLING WELDED HEAD


(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight (kg)

I-KAMKBY–500 500 48 2,5 2.0

I-KAMKBY–700 700 48 2,5 2,6

I-KAMKBY–1000 1000 48 2,5 3,5

I-KAMKBY–1500 1500 48 2,5 4,8

I-KAMKBY–2000 2000 48 2,5 6,2

I-KAMKBY–3000 3000 48 2,5 9,0


HORIZONTAL ELEMENT I-KAMKBY–2500 2500 48 2,5 7,6

11





PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight

(kg)

I-KAPBAD–

250/250

250-500

48

2,5

2.5

LEDGER END COUPLING WELDED HEAD

LEDGER END SCAFFOLDING SYSTEM ELEMENTS



PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight

(kg)

I-KAMKBSD–

250

250

48

2,5

1.0

400

ADJUSTABLE BEARER

FIXED BEARER I-KAMKBSD– 400 48 2.5 1.8

12





PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight

(kg)

I-KAMKBK–

500X500

500

48

2,5

5

CONSOLE

LEDGER END COUPLING WELDED HEAD

I-KAMKBK–

700X1000

700 48 2,5 7

13

c) Ledger End Wedge Scaffolding System (Steel Casting Head)

Horizontal elements of this system are produced as “Ledger End Steel Casting

Head”.


At the flange points where horizontal element and prop interlock, the heads

assembled to the horizontal element as Steel Casting increase load bearing

strength.

Connection can be provided to the flange from eight directions.

It can be used at different dimensions horizontally and vertically.

Its load-bearing capacity is higher compared to pressing and coupling welded

system.

As well as it could generally be preferred as facade scaffolding, it could also be

preferred for indoor installation, decoration and restoration (renewal) works.

In addition, it could also be used as formwork supporting scaffolding under the

floor (moderate weight) easily.

It has the facility to comply with any kind of facade and floor and lower beam

designs thanks to its flanges on the props.

The vertical elements of the system having the thickness of 3mm and horizontal

elements of 2.5 mm are made up of TSE certified standard pipes with the

diameter of 48.3 mm.

The wedges have 6 mm thickness




Electro galvanized

Hot-dip galvanized


14


Props (Vertical element)

Horizontal element



Coupling element

Start leg

Metal plank

Metal ladder

Fixed bearer

Adjustable bearer

Console

15

WEDGED SCAFFOLDIND SYSTEMS

LEDGER END SCAFFOLDING SYSTEM ELEMENTS


PRODUCTION TYPE: CASTING HEAD


(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight (kg)

I-KADBY–500 500 48 2,5 2.5

I-KADBY–700 700 48 2,5 3,0

I-KADBY–1000 1000 48 2,5 4.0

I-KADBY–1500 1500 48 2,5 5.0

I-KADBY–2000 2000 48 2,5 7.0

LEDGER END CASTING HEAD

I-KADBY–3000 3000 48 2,5 9,5


HORIZONTAL ELEMENT I-KADBY–2500 2500 48 2,5 8,0

16




PRODUCTION TYPE: LEDGER END CASTING HEAD

PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight

(kg)

I-KAPBAD–

250/250

250-

500

48

2,5

2.5





PRODUCTION TYPE: LEDGER END CASTING HEAD

PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight

(kg)

I-KAPBSD–250

250

48

2,5

1.5



ADJUSTABLE BEARER

FIXED BEARER I-KAPBSD–400 400 48 2.5 2.0

17

Flanged Facade Scaffolding Application



PRODUCTION TYPE: CASTING HEAD

PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight

(kg)

I-KADBK–

500X500

500

48

2,5

7

CONSOLE


I-KADBK–

700X1000

700 48 2.5 9

18

ERECTION ELEMENTS FOR SCAFFOLDING SYSTEMS WITH

FLANGES

Prop elements are produced of 48x3 mm standard pipes certified by TSE.

Flanges are made of 7 mm steel sheet.

8 other connection elements can be interlocked to its flanges.

In the production, inert-gas welding robots are used.

The flange distances are produced as 500mm and 1000mm.

The props and other elements constituting the system can optionally be:



Electro galvanized

Hot-dip galvanized

Note: On condition that its price is paid, the systems can be painted in desired

colors.


19


PROPS WITH FLANGES

PRODUCTION

TECH. PROPERTIES TECH. DRAWING

I-DF 1000/1000

HEIGHT

(mm)

990

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

1

FLANGE

THİCKNESS

(mm)

7

PROP 1000/1000

FLANGE DISTANCES 1000

mm

WEIGHT

(kg)

4.1

I-DF 1500/1000

HEIGHT

(mm)

1498

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

2

FLANGE

THICKNESS

(mm)

7

PROP 1500/1000


mm

WEIGHT

(kg)

6.3

20

I-DF 2000/1000

HEIGHT

(mm)

1990

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

2

FLANGE

THİCKNESS

(mm)

7

PROP 2000/1000


mm

WEIGHT

(kg)

8.1

I-DF 2500/1000

HEIGHT

(mm)

2490

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

3

FLANGE

THICKNESS

(mm)

7

PROP 2500/1000


mm

WEIGHT

(kg)

10.2

21

I-DF 3000/1000

HEIGHT

(mm)

2990

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

3

FLANGE

THİCKNESS

(mm)

7

PROP 3000/1000


mm

WEIGHT

(kg)

11.9

I-DF 500/500

HEIGHT

(mm)

490

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

1

FLANGE

THICKNESS

(mm)

7

PROP 500/500


mm

WEIGHT

(kg)

2.3

22

I-DF 1000/500

HEIGHT

(mm)

990

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

2

FLANGE

THİCKNESS

(mm)

7

PROP 1000/500


mm

WEIGHT

(kg)

4.6

I-DF 1500/500

HEIGHT

(mm)

1490

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

3

FLANGE

THICKNESS

(mm)

7

PROP 1500/500


mm

WEIGHT

(kg)

6.9

23

I-DF 2000/500

HEIGHT

(mm)

1990

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

4

FLANGE

THİCKNESS

(mm)

7

PROP 2500/500


mm

WEIGHT

(kg)

9.1

I-DF 2500/500

HEIGHT

(mm)

2490

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

5

FLANGE

THİCKNESS

(mm)

7

PROP 2500/500


mm

WEIGHT

(kg)

11.2

24

I-DF 3000/500

HEIGHT

(mm)

2990

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

6

FLANGE

THİCKNESS

(mm)

7

PROP 3000/500


mm

WEIGHT

(kg)

13.4

25

SCAFFOLDING SYSTEMS

SCAFFOLDIND SYSTEM ELEMENTS


PROP CONNECTION ELEMENT WITH FLANGE

PRODUCT PRODUCT

CODE

Height

(mm)

Profile

dimensions

(mm)

Thickness

(mm)

Weigh

t (kg)

I-DBEF–200

250

30X30

2

0.7

SCAFFOLDING SYSTEMS



PROP CONNECTION ELEMENT

PRODUCT PRODUCT

CODE

Height

(mm)

Profile

dimensions

(mm)

Thickness

(mm)

Weigh

t (kg)

I-DBE–200

200

30X30

2

0.7



26

SCAFFOLDING SYSTEMS



PROP START LEG

PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weigh

t (kg)

I-DBA–400

40

60X48

3

3,1

PROP START LEG

27

b. Ledger End Wedge Mobile Scaffold

Horizontal and diagonal

elements of this system have the

types of pressed, coupling

welded head, steel casting head.

Thanks to the wheels with

movable heads which are

installed under the props

constituting the scaffolding,

movements to all directions are

possible.

The wheels with movable heads

also have brake system.

It can be adjusted to desired

height.

Erection and demount of it is

easy; it saves from time and

labor.

It could be preferred for indoor

and outdoor installation,

decoration, and restoration

(renewal) works.

The elements used are

compatible to other wedge

scaffolding systems.

Ledger End Wedge Mobile

Scaffold is composed of props,

horizontal and diagonal

elements, ladders, wheels with

movable heads and metal

sheets.

Wedges have the thickness of 7

mm.

28

Wedge Mobile Scaffolding Application

Facade Scaffolding Application with Flanges

Flanged Ledger End Scaffolding Application

29


30


31

STAR TYPE SCAFFOLDING SYSTEM

a. Star Type Supporting Scaffolding

It is used as floor and lower beam supporting scaffold in the

buildings.

48,3 mm diameter standard pipes certified by TSE are used in the

production.

Pipe thicknesses are 3mm vertically and 2,5mm for horizontal

elements.

Four-way connection can be achieved as the flange is star type.

Horizontal elements are produced suitably to star type flange.


It can be used at different dimension vertically and horizontally.

Wedge thickness is 7mm.




Electro galvanized

Hot-dip galvanized



Vertical element

Horizontal element

Base Spindle

Head Spindle

Prop interlock element

Lower beam supporting element

Console

Start leg

32

b. Star type facade and working scaffold

It can be used as a scaffold for faces and indoor activities.

It could be preferred for indoor installation, decoration and restoration

(renewal) works.


production.

Pipe thicknesses are 3mm vertically and 2,5mm for horizontal elements.

Four-way connection can be achieved as the flange is star type.

Horizontal elements are produced suitably to star type flange.


It can be used at different dimension vertically and horizontally.





Electro galvanized

Hot-dip galvanized



Vertical element

Horizontal element

Base Spindle


Console

Metal plank,

Metal ladder

Start leg

c. Star Type Mobile Scaffold

It can be used as a scaffold for faces and indoor activities.

It could be preferred for indoor installation, decoration and restoration

(renewal) works.

33


production.

Pipe thicknesses are 3mm vertically and 2,5mm for horizontal

elements.






Electro galvanized

Hot-dip galvanized



Vertical element

Horizontal element

Diagonal element

Movable wheels with brake mechanism

Metal plan

Metal ladder

34

STAR TYPE SCAFFOLDING SYSTEMS

STAR TYPE SCAFFOLDING SYSTEM ELEMENTS


FORMWORK SUPPORTING AND WORKING SCAFFOLD ELEMENT


(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight (kg)

I-YY–500 500 48 2,5 2.5

I-YY–700 700 48 2,5 2,8

I-YY–1000 1000 48 2,5 3,9

I-YY–1500 1500 48 2,5 4,9

I-YY–2000 2000 48 2,5 6,8

STAR TYPE I-YY–2500 2500 48 2,5

I-YY–3000 3000 48 2,5 9,3

HORIZONTAL COMPONENT 7,8

35




FACADE SCAFFOLDING ELEMENT

PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickne

ss (mm)

Weight

(kg)

I-YAD 250/250

250-

500

48

2,5

2.4

STAR TYPE





PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight

(kg)

I-YSD 250

250

48

2,5

1.4

STAR TYPE

I-YSD 400

ADJUSTABLE BEARER

FIXED BEARER 400 48 2,5 1,9

36

Star Type Indoor Scaffolding Application with Flange




FORMWORK SUPPORTING AND WORKING SCAFFOLD ELEMENTS

PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickne

ss (mm)

Weight

(kg)

I-YK 500x500

500

48

2,5

6,8

CONSOLE

STAR TYPE

I-YK

700x1000

700 48 2,5 8,8

37


STAR TYPE PROPS WITH FLANGES

PRODUCTION

TECH. PROPERTIES TECH. DRAWING

I-YD 1000/1000

HEIGHT

(mm)

990

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

1

FLANGE

THİCKNESS

(mm)

7

PROP 1000/1000


mm

WEIGHT

(kg)

4,20

I-YD 1500/1000

HEIGHT

(mm)

1490

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

2

FLANGE

THICKNESS

(mm)

7

PROP 1500/1000


mm

WEIGHT

(kg)

6.60

38

I-YD 2000/1000

HEIGHT

(mm)

1990

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

2

FLANGE

THİCKNESS

(mm)

7

PROP 2000/1000


mm

WEIGHT

(kg)

8.40

I-YD 2500/1000

HEIGHT

(mm)

2490

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

3

FLANGE

THICKNESS

(mm)

7

PROP 2500/1000


mm

WEIGHT

(kg)

10.85

39

I-YD 3000/1000

HEIGHT

(mm)

2990

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

3

FLANGE

THİCKNESS

(mm)

7

PROP 3000/1000


mm

WEIGHT

(kg)

12,65

I-YD 500/500

HEIGHT

(mm)

490

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

1

FLANGE

THICKNESS

(mm)

7

PROP 500/500


mm

WEIGHT

(kg)

2.40

40

I-DF 1000/500

HEIGHT

(mm)

990

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

2

FLANGE

THİCKNESS

(mm)

7

PROP 1000/500


mm

WEIGHT

(kg)

4.80

I-DF 1500/500

HEIGHT

(mm)

1490

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

3

FLANGE

THICKNESS

(mm)

7

PROP 1500/500


mm

WEIGHT

(kg)

7,25

41

I-YD 2000/500

HEIGHT

(mm)

1990

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

4

FLANGE

THİCKNESS

(mm)

7

PROP 2500/500


mm

WEIGHT

(kg)

9.65

I-YD 2500/500

HEIGHT

(mm)

2490

PIPE DIAMETER

(mm)

48

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

5

FLANGE

THİCKNESS

(mm)

7

PROP 2500/500


mm

WEIGHT

(kg)

12,05

42

I-YD 3000/500

HEIGHT

(mm)

2990

PIPE DIAMETER

(mm)

48,3

PIPE THICKNESS

(mm)

3

FLANGE QUANTITY

(number)

6

FLANGE

THİCKNESS

(mm)

7

WEIGHT

(kg)

14,45

PROP 3000


mm

43

SCAFFOLDING SYSTEMS STAR TYPE PROP ELEMENT

(FLANGE DISTANCE 500 mm)

44

SCAFFOLDING SYSTEMS STAR TYPE PROP ELEMENT

(FLANGE DISTANCE 500 mm)

45

SCAFFOLDING SYSTEMS

SCAFFOLDING SYSTEM ELEMENTS


STAR TYPE PROP START LEG

PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickne

ss (mm)

Weight

(kg)

I-YDBA 400

400

60X48

3

3,2

STAR TYPE PROP

START LEG

SCAFFOLDING SYSTEMS



PROP CONNECTION ELEMENT WITH FLANGE

PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickne

ss (mm)

Weight

(kg)

I-DBEF

200

200

30X30

2

0,7

PROP CONNECTION

ELEMENT WITH FLANGE

46

Star type horizontal element and prop connection

Star type horizontal element

Star type horizontal element

47

Star Type Indoor Scaffolding Application with Flange

48

Star type indoor scaffolding application

Star type formwork scaffolding application

49

Star type indoor scaffolding application Star type scaffolding

Stay type formwork scaffolding application

50





BASE SPINDLE ELEMENT (TRANSMISSION)

PRODUCT PRODUCT CODE Height (mm) Pipe

Diameter

(mm)

Weight (kg)

I-AAET 400 400 35 3,75

I-AAET 500 500 35 4,40

I-AAET 600 600 35 5,00

I-AAET 750

750

35

5,70

BASE SPINDLE JACK (TRANSMISSION)

I-AAET 1000

1000 35 6,35




BASE SPINDLE ELEMENT (PIPE)

PRODUCT PRODUCT CODE Height (mm) Pipe

Diameter

(mm)

Weight (kg)

I-AAEB 400 400 35 2,20

I-AAEB 500 500 35 2,50

I-AAEB 600 600 35 2,80

I-AAEB 750

750

35

3,10

BASE SPINDLE ELEMENT (PIPE)

I-AAEB 1000

1000 35 3,40

51


T SCAFFOLDING SYSTEM ELEMENTS


U-HEAD HEAD SPINDLE ELEMENT

(TRANSMISSION)

PRODUCT PRODUCT CODE Height (mm) Diameter

(mm)

Weight (kg)

I-ÜAEUBT

400

400 35 4,00

I-ÜAEUBT

500

500 35 4,65

I-ÜAEUBT

600

600 35 5,20

I-ÜAEUBT

70

750

35 5,95

U-HEAD HEAD SPINDLE JACK

(TRANSMISSION)

I-ÜAEUBT

1000

1000 35 6,60




U-HEAD HEAD SPINDLE ELEMENT

(PIPE)


(mm)

Weight (kg)

I-ÜAEUBB

400

400 35 2,40

I-ÜAEUBB

500

500 35 2,75

I-ÜAEUBB

600

600 35 3,10

I-ÜAEUBB

750

750

35 3,40

U-HEAD HEAD SPINDLE JACK

(PIPE)

I-ÜAEUBB

1000

1000 35 3,70

52




METAL PLANK

PRODUCT PRODUCT CODE Height (mm) Width

(mm)

Weight (kg)

I-MK

1000

1000 30 8,45

I-MK

1500

1500 30 13,10

I-MK

2000

2000 30 17,50

I-MK

2500

2500

30 21,60

METAL PLANK I-MK

3000

3000 30 26,20

TECHNICAL DRAWING




FOUR-WAY HEAD SPINDLE JACK (PIPE)


(mm)

Weight (kg)

I-DYÜAEB

400

400 35 4,05

I-DYÜAEB

500

500 35 4,35

I-DYÜAEB

600

600 35 4,60

I-DYÜAEB

750

750

35 4,95

FOUR-WAY HEAD SPINDLE JACK

(PIPE)

I-DYÜAEB

1000

1000 35 5,25

53




FOUR-WAY HEAD SPINDLE ELEMENT (TRANSMISSION)


(mm)

Weight (kg)

I-DYÜAET

400

400 35 5,40

I-DYÜAET

500

500 35 6,10

I-DYÜAET

600

600 35 6,70

I-DYÜAET

750

750

35 7,40

FOUR-WAY HEAD SPINDLE JACK

(TRANSMISSION)

I-DYÜAET

1000

1000 35 8,05




WHEEL WITH BRAKE + BASE SPINDLE ELEMENT


(mm)

Weight (kg)

I-FT500 500 35 7,10

I-FT 750 750 35 8,25

WHEEL WITH BRAKE + BASE SPINDLE JACK

I-FT 1000 1000 35 9,30

54




SCAFFOLFONG DIAGONAL ELEMENT

PRODUCT PRODUCT CODE Height (mm) Diameter/Thickness

(mm)

Weight (kg)

I-ÇEDB 1500 1500

42/2,5 7,50

I-ÇEDB 2000 2000 42/2,5 8,30

I-ÇEDB 2500 2500 42/2,5 9,10

STEEL CASTING HEAD

I-ÇEDB 3000 3000 42/2,5 10,80




DIAGONAL SCAFFOLDING LADDER (WITHOUT BARRIER)

PRODUCT PRODUCT CODE HEIGHT (mm) WEIGHT (kg)

I-ÇM 2000 2000 36,50

I-ÇM 2500 2500 44,50

(WITHOUT BARRIER)

I-ÇM 3000 3000 52,00

DIAGONAL ELEMENT

DIAGONAL SCAFFOLDING LADDER

55




DIAGONAL SCAFFOLDING LADDER (WITH BARRIER)


I-ÇMK 2000 2000 42,50

I-ÇMK 2500 2500 49,50

(WITH BARRIER)

I-ÇMK 3000 3000 56,50




PLAIN CLIMBING LADDER


I-DTM 2200 2200 12,70

I-DTM 2600 2600 14,50

I-DTM 3200 3200 19,50

DIAGONAL SCAFFOLDING LADDER

PLAIN CLIMBING LADDER

56

Application of Scaffolding Elements

57

Four Way Head and H20 Application

Application of Scaffolding Elements

58

CUP-LOCK SCAFFOLDING

a. Cup-Lock Supporting Scaffolding

It is used as load-bearing scaffold for floor formwork

The system used in this way provides economy by being used as a working

scaffold for further stages.

As a rigid system is set up thanks to connection of horizontal and vertical, load-

bearing capacity is high and secure.

Cup-lock distances on the pillars are 100 cm and these distances can be 50 cm

according to load measure.

Horizontal elements can be used for these distances according to load to be

born.

The cups are produced of 5 mm sheet and they are connected to the props via

welding.

On these cups, there are mobile cups which are produced as Sphero casting and

to which horizontal elements connect.

The props interlock to each other through vertical connection elements.

Load-bearing capacity is higher compared to other Flange Systems.

It provides secure and quick erection facility. Interconnection of horizontal and

vertical elements is achieved easily without need of elements such as wedges,

nuts etc.

Installation and demount is practical thanks to cups on the vertical elements.

Vertical elements (props) are made of TSE certified standard pipes which are 48

mm in diameter and 3 mm in thickness, and horizontal elements 48 mm in

diameter and 2,5 mm in thickness.

In the production, TSE certified standard pipes which are 48mm in diameter are

used.




Electro galvanized

Hot-dip galvanized


59


Vertical element

Horizontal element

Lower setting jack

Upper setting jack


Lower beam supporting element

Console

b. Cup-Lock Scaffolding System

In addition to the fact that it is used as load-bearing scaffold for floor lower

formwork, it is also used as working scaffold for facades and other premises and

spaces.

So, the system which is initially used as a load-bearing system has the facility to

be used for other stages till the end of the construction.

Cup-lock distances on the pillars are 100 cm and these distances can be 50 cm

according to load measure.

Horizontal elements can be used for these distances according to load to be

born.

The cups are connected to the props via welding.

On these cups, there are mobile cups which are produced as Sphero casting and

to which horizontal elements connect.

The props interlock to each other through vertical connection elements.

Load-bearing capacity is higher compared to other Flange Systems.

It provides secure and quick erection facility. Interconnection of horizontal and

vertical elements is achieved easily without need of elements such as wedge,

nuts etc.

Installation and demount is practical thanks to cups on the vertical elements.

Vertical elements (pillars) are made of TSE certified standard pipes which are 48

mm in diameter and 3 mm in thickness, and horizontal elements 48 mm in

diameter and 2,5 mm in thickness.

In the production, TSE certified standard pipes which are 48mm in diameter are

used.

60




Electro galvanized

Hot-dip galvanized



Vertical element

Horizontal element

Base Spindle


Console

Bearer (fixed/adjustable)

Metal Plank

61

CUP-LOCK SCAFFOLDING SYSTEM

CUP-LOCK SCAFFOLDING PROP ELEMENT

PROP ELEMENTS (CUP-LOCK DISTACES: 1000mm)

PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight (kg)

I-CLD

1000/1000

1000 48 3 4,35

I-CLD

1500/1000

1500 48 3 7,25

I-CLD

2000/1000

2000 48 3 8,80

I-CLD

2500/1000

2500

48 3 11,30

(CUP-LOCK TYPE) 3000/1000

TECHNICAL DRAWINGS FOR CUP-LOCK VERTICAL ELEMENTS

VERTICAL ELEMENT I-CLD 3000 48 3 13,10

62




PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight (kg)

I-CLD

500/500

500

2,5

I-CLD

1000/500

1000

48

3

5,0

I-CLD

1500/500

1500 48 3 7,55

I-CLD

2000/500

2000 48 3 10,00

I-CLD

2500/500

2500

48 3 12,65

(CUP-LOCK TYPE) 3000/500

TECHNICAL DRAWINGS FOR CUP-LOCK VERTICAL ELEMENTS

HORIZONTAL ELEMENT I-CLD 3000 48 3 15,00

63




PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight (kg)

I-CLY 500 500 48 2,5 1,90

I-CLY 700

700

48

2,5 2,50

I-CLY 1000 1000 48 2,5 3,30

I-CLY 1500 1500 48 2,5 4,80

I-CLY 2000 2000 48 2,5 6,20

(CUP-LOCK TYPE)

I-CLY 3000 3000 2,5 9,45

TECHNICAL DRAWINGS FOR CUP-LOCK HORIZONTAL ELEMENTS

HORIZONTAL ELEMENT I-CLY 2500 2500 48 2,5 7,70

64

CUP-LOCK SCAAFFOLDING SYSTEM


PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weigh

t (kg)

I-CLD 250

250

48

2,5

1,4

CUP-LOCK TYPE 400



PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weigh

t (kg)

I-CLAD 250/250

250-500

48

2,5

2,5

CUP-LOCK TYPE

FIXED BEARER I-CLD 400 48 2,5 1,9

ADJUSTABLE BEARER

65

Cup-Lock Type Scaffolding Vertical Element



PRODUCT PRODUCT

CODE

Height

(mm)

Pipe

Diameter

(mm)

Pipe

Thickness

(mm)

Weight

(kg)

I-CLK

500x500

500

48

2,5

7

CONSOLE

CUP-LOCK TYPE

I-CLK

700x1000

700 48 2,5 9

66

Cup-Lock Type Horizontal Scaffolding Element

Cup-Lock U Head Scaffolding Application and Installation

67

Cup-Lock Type Formwork Scaffolding Application


68


Cup-Lock Type Formwork Scaffolding Application Cup-Lock Type Scaffolding Erection

69

H-FRAMED (H TYPE) SCAFFOLDING SYSTEM

a. H-Framed facade scaffold

b. H-Framed formwork scaffold

c. H-Framed staircase tower and working scaffold

a. H-Framed facade scaffold

This system can easily be used for all types of paint, whitewash and

restoration works.

Its installation and demount is easy, quick and practical.

System elements are made of TSE certified standard pipes.

In one of the system modules, horizontal opening is 2500mm and vertical

height is 2000mm.

H-Frames can optionally be produced with ladders.


H-Frame Element

Diagonal

Base Spindle

Vertical connection element

Metal plank

Swivel Coupler bearer

Ladder




Electro galvanized

Hot-dip galvanized

70

PRODUCTION

PRODUCTION

CODE

TECH. INFORMATION

TECH. DRAWING

I-HÇCİS

Height (mm) 1990

Width (mm)

846

Pipe diameter

(mm)

48

Pipe thickness 2,5

Wight (kg) 13

SCAFFOLDING SYSTEM

I-HÇCİSM

Height (mm) 1990

Width (mm)

846

Pipe diameter

(mm)

48

Pipe thickness

(mm)

2,5

SCAFFOLDING SYSTEM WIYH

STAIRS

I-HÇCİSD

Height (mm) 3000

Pipe diameter

(mm)

27

Pipe thickness

(mm)

2,5

H-FRAMED FACADE

SCAFFOLDINGSYSTEM

DIAGONAL

Wight (kg) 4,8

I-HÇCİSY

Height (mm) 2500

Pipe diameter

(mm)

27

Pipe thickness

(mm)

2,5

H-FRAMED FACADE

SCAFFOLDING SYSTEM

HORIZONTAL ELEMENT

Wight (kg) 3,8

H-FRAMED FACADE

H-FRAMED FACADE Wight (kg) 16

71

72

H Type Facade Scaffolding Application

73

b. H frame formwork scaffolding (Table type formwork scaffold)

It can easily be used as formwork scaffold.

Its installation and demount is easy.

System elements are made of standard pipes.

H type element can optionally be produced with ladder.

H frame dimensions are 180/150, 150/150 and 100/150 cm.

In the production, TSE certified standard pipes are used.

Elements constituting the system:

H Frame Element

Diagonal Element

Base Spindle

Upper Setting element

H Frame Connection Element

Lower beam component

Ladder




Electro galvanized

Hot-dip galvanized


74

PRODUCTION

PRODUCTION

CODE

TECH. INFORMATION

TECH. DRAWING

I-HÇKAİS 1800/1500

Height (mm) 1800

Width (mm)

1500

Pipe diameter

(mm)

48

Pipe thickness 3

Wight (kg) 30

SCAFFOLDING SYSTEM

I-HÇKAİS 1500/1500

Height (mm) 1500

Width (mm)

1500

Pipe diameter

(mm)

48

Pipe thickness

(mm)

3

SCAFFOLDING SYSTEM

I-HÇKAİS 1000/1500

Height (mm) 1000

Width (mm)

1500

Pipe diameter

(mm)

48

SCAFFOLDING SYSTEM (mm)

Wight (kg) 21

I-HÇKAİSM 1800/1500

Height (mm) 1800

Width (mm) 1500

Pipe diameter

(mm)

48


H-FRAME FORMWORK

H-FRAME FORMWORK Wight (kg) 27

H-FRAME FORMWORK Pipe thickness 3


75

Wight (kg) 33


Height (mm) 1500

Width (mm)

1500

Pipe diameter

(mm)

48


Wight (kg) 29


Height (mm) 1000

Width (mm) 1500

Pipe diameter

(mm)

48


Wight (kg) 30



HÇKAIS Scaffolding System Lower Beam Application

76

H Frame (H Type) Formwork Scaffolding Application System

H Frame (H Type) Formwork Scaffolding Application System with Ladder

77

78

H TYPE TOWER SCAFFOLFING SYSTEM

They can be used as formwork load-bearing scaffold or tower type scaffold

After the lower frame element, they ascend thanks to connection of H shape

elements.

4 H type elements are needed for 1m height.

At the end of the scaffolding, H final element or upper frame element installed to

upper side is used.

Rigidity is achieved by way of interlock of H elements via diagonal element.

Above the formwork load scaffolding, timber joists are born by connecting head

spindle to upper frame element.

They can be used as load-bearers under the beams.

System elements are:

H elements

Upper and lower frame element

Four-way head spindle

U head spindle

Diagonal element

Base Spindle

H Type Tower Scaffolding Application

79

PRODUCTION

PRODUCTION

CODE

TECH. INFORMATION

TECH. DRAWING

I-HTKAÜÇE 1000/1000

Height (mm) 1000

Width (mm)

1000

Wight (kg)

18

LOWER AND UPPER FRAME

ELEMENT

I-HTKHE 500/1000

Height (mm)

500

Width (mm)

1000

Wight (kg)

7,00

ELEMENT

I-HTKHBE 500/1000

Height (mm)

500

Width (mm)

1000

Wight (kg)

6,80

FINAL ELEMENT

I-HTKDE

Wight (kg)

2,8

DIAGONAL ELEMENT

H-TYPE TOWER SCAFFOLD

H-TYPE TOWER SCAFFOLD H

H-TYPE TOWER SCAFFOLD H

H-TYPE TOWER SCAFFOLD

80

H Tower Scaffolding Application

81

SWIVEL COUPLER SCAFFOLDING SYSTEM

This system can be used as staging for faces, and as scaffold for indoor and outdoor

volumes.

The system is composed of standard pipes, work and walk platform, Swivel Couplers,

and coupled structure connection element. 48,3 mm diameter standard pipes certified by

TSE are used in the production.

Thanks to the mobile parts, erection and demount of the system are easy and it provides

suitable solutions for geometrically diverse construction surfaces.




Electro galvanized

Hot-dip galvanized

Note: On condition that its price is paid, the systems can be painted in desired colors

Swivel coupler scaffolding application

82

PRODUCT VİEW PRODUCT CODE DIMENSIONS mm) PRODUCT NAME

I-HK-48x48

Ø 48x48

(Swivel Coupler)

I-SK-48x48 I I-SK-60x60

Ø 60x60 48x48

(Double Coupler)

I-HK-48x60

Ø 48x60

(Swivel Coupler)

I-HK-60x60

Ø 60x60

(Swivel Coupler)

I-TKK

(Supporting Girder Coupler)

I-SK-48x48

48

Beam Coupler

I-KAK

(Putlog Coupler)

83

TELESCOPIC PROPS (Adjustable Props)

It has high load bearing capacity.

Its erection, demount, stowage and freight is easy.

It can be set to desired height.

Desired head can easily be attached to its upper plates.

It helps prop to stand up without collapse thanks to its tripod during moulding

and provides working efficiency.

It is used as formwork load-bearing element for floor and beam moulds.

It can also be used as strut.

Serial hole system is present with 10cm distance for automatic boring

machine.

Adjustment and fixing is comfortably done with connection mechanism and

nuts.

Base plate has the thickness of 5mm and its dimensions are 120x120mm.

External pipe is made of TSE certified 60x3 mm standard pipes and internal

pipes of 48x3mm.

System elements:

Prop lower pipe (external pipe-fixed part)

Prop upper pipe (internal pipe, mobile part)

Prop connection (setting) mechanism.

Sphero nut

Clamp Hook

Prop lower base plate

Head elements (four-way, U, beam flange, plane)

Tripod

84

Telescopic prop production types and usage dimensions:

TELESCOPIC PROP ELEMENTS

PRODUCT

NAME AND

CODE

DIMENSIONS

(mm)

EXTERNAL PIPE

HEIGHT (mm)

FIXED PIPE

(A)

INTERNAL

PIPE HEIGHT

(mm) MOBILE

PIPE

(B)

TELESCOPIC

PROP MIN.

HEIGHT (mm)

TELESCOPIC

PROP MAX.

HEIGHT

(mm)

WEIGHT

I-TD–3000 1750x3000 1750 1500 1850 3000 13,5

I-TD–3500 2000x3500 1750 2000 2100 3500 15,0

I-TD–4000 2250x4000 2250 2000 2300 4000 16,5

I-TD–4500 2500x4500 2500 2500 2700 4500 19,0

I-TD–5000 3250x5000 3250 2500 3450 5000 27,0

I-TD–5500 3250x5500 3250 3000 3450 5500 29,0

I-TD–6000 4250x6000 4250 3000 4450 6000 34,0

TELESCOPIC PROP EXTENSION ELEMENTS

I-TDUE–500 500 - - - - 1,90

I-TDUE–1000 1000 - - - - 3,90

Telescopic props can be produced according to customer desire




Electro galvanized

Hot-dip galvanized

Note: On condition that its price is paid, the systems can be painted in desired colors

85

TELESCOPIC PROP EXTERNAL PIPE PART (A)

86

87

88

Telescopic Prop Adjustment Elements

Telescopic Prop Tripod Table Telescopic Prop Application

Telescopic Prop U head and Beam Head Application

89

Telescopic Prop Applications

90

AKH (AK H20 – AK H24)

AK H20-AK H24 Wood formwork beams are the multifunctional elements in

reinforced-concrete formwork systems (reinforced-concrete floor, reinforced-

concrete curtain, reinforced-concrete column etc).

It provides advantages by providing harmonizing facility in various reinforced

concrete formwork applications.

Lifetime is longer when compared to conventional timber elements.

Production dimensions are standard.

It is economical when lifetime and usage fields are considered.

AK H20-AK H24 Timber form beams are environmentally friendly.

Technical specification for H20 are: M=5kNM, Q=11kN, W=5kg/m

AK H20 STANDART PRODUCTION DIMENSIONS

Timber form beams can optionally be produced at heights up to 1990cm.

(Lenght)

(cm)

(Height)

(cm)

(Width)

(cm)

(weight)

(kg)

125 20 8 6,25

245 20 8 12,25

290 20 8 14,50

330 20 8 16,50

360 20 8 18,00

390 20 8 19,50

450 20 8 22,50

490 20 8 24,50

590 20 8 29,50

( AK H20 WOOD FORMWORK BEAMS)

92

AK H20 Application

93

AK H20 Application

94

FORMWORKS SYSTEMS

B1 – COLUMN FORMWORK SYSTEMS

WOOD BEAM COLUMN FORMWORK SYSTEMS

Properties

desired the section, width and height.

They have high endurance capacity.

Adjustment of formwork sections is easy.

Forms can be prepared quickly.

They can be moved comfortably in terms of their lightness.

Their solutions at the corners.

No parget work is needed as the concrete surfaces are prepared in a plain way.

NUNBER OF AK20 (H20) ACCORDING TO COLUMN WIDTH

COLUMN

WIDTH (cm)

20 25 30 40 50 60 70 80 90 100

QUANTITY OF AK20 (H20)

(number)

2 2 2 3 3 4 4 4 5 5

WOOD BEAM COLOUMN FORMWORK (500X500)

AK20 (H20) column formwork systems can be produced according to

95

WOOD BEAM COLOUMN FORMWORK (500X800)

96

NOT: PRODUCTION AT OTHER DIMENSION ARE MADE ACCORDING TO CUSTOMER AND

PROJECT REQUIREMENTS

500X500 Mm AK20 COLUMN FORMWOK APPLICATION

97

Wood beam industrial column formwork plan and view drawings

98

Adjustable wood beam column formwork plan and its view and application

Adjustable Wood Beam Column Formwork and Floor Applications

99

Steel Column Formwork Application

Adjustable Steel Wall and Column Formwork Erection

100

Plywood surfaced light panel system

Panel formworks are steel frame and plywood surfaced.

Therefore, plane and smooth surfaces can be provided and it does not require parget.

It can be used for base, floor, curtain, column and beams.

That the panels are light allows to be carried with hand.

Their installation and demount are easy.

Apart from the standard dimensions, panels can be produced in accordance with the orders or projects.

The panels can be connected vertically or horizontally.

Walers can be used especially for curtains if asked.

Panels can be connected to one another with Sphero cast clamp hook.

Panel frames are covered with 3 mm steel sheet, and surfaces with 18-21 mm plywood.

PRODUCT CODE DIMENSIONS (mm)

I-HAFPAN–30/30 300/300

I-HAFPAN–30/50 300/500

I-HAFPAN–30/90 300/900

I-HAFPAN–30/120 300/1200

I-HAFPAN–30/150 300/1500

HAFPAN–30/180 300/1800

I-HAFPAN–30/200 300/2000

I-HAFPAN–50/90 500/900

I-HAFPAN–50/120 500/1200

I-HAFPAN–50/150 500/1500

I-HAFPAN–50/180 500/180

I-HAFPAN–50/200 500/2000

I-HAFPAN–60/90 600/900

I-HAFPAN–60/120 600/1200

I-HAFPAN–60/150 600/1500 I-HAFPAN–60/180 600/1800

I-HAFPAN–60/200 600/2000

LIGHT PANEL DIMENSIONS

101

CIRCULAR STEEL SURFACED COLUMN FORMWORK

Circular Sectional Steel formwork is in the form of two different shells and is

assembled wedge coupled.

Its assembly and demount is quick and easy.

Forms can be carried with a crane

Project based systems can be developed.

Formwork system whose sections range between Ø300mm and Ø600mm as seen

below can be produced.

SYSTEM is applied.

It can be produced for desired height.

It can also be produced in the form of modules and by connecting these modules

to each other, desired height is achieved.

Circular Steel Surfaced Column Formwork Application

Circular Steel Surfaced Column Formwork Application

For sections bigger than Ø600mm, SPECIAL CIRCULAR COLUMN FORMWORK

102

INDUSTRIAL WALL FORMWORK SYSTEMS Two main elements of the system are AK H20 and PLYWOOD.

Endurance capacity is high.

It can easily be carried with a crane.

It is quick to prepare and adjust to the desired dimensions.

Appropriate and simple solutions are produced for edges and sides.

No parget is needed as plane, clear and non-deformed result is achieved on the

concrete surface.

When compared to the conventional wood formwork, it is economical and

advantageous.

Conformity of one formwork system used in one project is possible for another

project.

WALL FORMWORK PLAN

WALL FORMWROK VIEW

103

Industrial Wall Formwork application

AK H20 + Steel Waler Wall Formworks

104



105

SHEET SURFACE PANEL PROPERTIES

The frame and the panel are made of 3mm sheet.

Panel forms can be used for floors, columns, curtains, beams.

Apart from the standard dimensions, panels can be produced in accordance with

the orders or projects.

MODULAR PANEL FORMWORKS

SHEET SURFACED STEEL PANELS

106

PANEL 500x1000mm

Adjustable steel column and wall formworks and single waler steel panel

SHEET PANEL DOUBLE AND SINGLE WALER 500x1000mm SHEET

107

It provides a secure work.

It provides economy for some formwork elements used.

Form surfaces can be sheet or plywood.

Without the need of crane, it can be used by getting it to be climbed with hand.

In places where there is crane facility, it can be used in the form of bigger panels.

Lattice soldiers function as scaffolding.

LATTICE SOLDIER PANEL SYSTEM

LATTICE SOLDIER PANEL WALL FORMWORK SYSTEM

108

LATTICE SOLDIER PANEL SYSTEM

ADJUSTABLE STEEL COLUMN AND WALL FORMWORKS

109

INDUSTRIAL TIMBER FLOOR AND BEAM FORMWORKS

AK H20 or AK H24 is used as main load bearing beam in the system.

AK H20 OR 5X10 OR 10X10 timber beams are used as grate.

As supporting element, telescopic prop or load-bearing scaffolding system is

used.

No parget is needed as plane, clear and non-deformed result is achieved on the

concrete surface as a result of plywood usage for the floor.

When compared to traditional wood formworks, prop openings are higher. So,

fewer props are required. As a result, it provides economy for formworks.

Quantity of deflection is quite less when compared to.

Its endurance is longer than traditional wood formwork.

It is much more advantageous than traditional wood formwork in terms of usage

number.

H Framed Table Type Formwork and Lower Beam Supporting Element Application

110

H Type Floor Formwork and Lower Beam Application

Cup-Lock Scaffolding Floor Formwork and Lower Beam Formwork Application

111

Cup Lock Scaffolding Floor Formwork and Unique Beam

Application

Cup Lock Scaffolding Floor Formwork and Lower Beam Supporting Unique Element

112

Telescopic Prop Application Industrial Floor Formwork

Telescopic Prop Application Industrial Floor Formwork

113

DROP HEAD FLOOR FORMWORK SYSTEM

This is a formwork system which will good results for:

Reinforced slab floors (plain floors)

Beam floors with wide openings or the structures whose beam system continues on a certain

standard

Beamless and mushroom floors of structures such as hotels, business centers, shopping centers,

residents.

It is a floor formwork system to able to be used for shortening coarse structure building time by

shortening formwork removal time.

As a surface component, sheet plates can be used in addition to plywood plates.

It is possible to get a plain surface which does not require parget.

Cup-lock or flanged scaffolding system can be used.

3-4 days later than concreting, on condition that drop head and supporting scaffolding stood in their

place, other elements can be removed.

A new scaffolding system can be erected with the auxiliaries of drop head and supporting

scaffolding elements.

The system is composed of drop head, drop beam, steel grate elements (secondary beam),

plywood (steel panel) and scaffolding components (props).

With this system, construction speed increases.

Also, deck component used for the floor decreases.

All the elements in the system don’t require crane and they are suitable to transport with hand.

Solutions according to floor thickness and project are produced.

For all these reasons, the system helps economical results.

Drop Head and Drop Beam (Steel Formwork Panel) Floor Formwork System Application

114

Drop Head Floor Formwork System

Drop Head Floor Formwork System

115

PLYWOOD

FILMFACED PLYWOOD

PLYWOOD APPLICATION FIELDS

Construction sector

Furniture sector

Yacht and ship sector

Automotive sector

TECHNİCAL PROPERTIES

It has high strength.

It is durable against water and humidity.

Product dimensions are consistent and cautiously measured.

Its layers are plane and they are connected to one another firmly.

Their Thickness are fixed and do not represent difference.

Its surface is smooth.

It can be used for indoor and outdoor spaces.

Before every concreting, in order for the product not to be deformed and in order to

increase usage frequency, concrete isolator and conservative oil are used.

After cleaning the residues due to application, usage frequency can be increased.

Cutting for desired dimensions and shapes is done by high-speed power saws.

Drills can be used for holes when needed.

The screw holes can be filled with special paint, paste, and filling materials.

It provides economy when compared to traditional wooden materials.

Loading, unloading, stocking, and piling can be done easily on pallets by using forklift.

Depending on the need and request, unloading, stocking, and piling can be done without

pallets, in the form of exclusive parts.

It is possible to be used in the desired form and dimensions.

Loss due to usage can be reduced to minimum and usage frequency can be increased

by using corner and side profiles and by painting the cut parts with a protective paint.

PRODUCTION SPECIFCATIONS

Wood type Intensity Dimensions

Rubber wood 680 kg/m3 1250x2500x18 mm

Hard wood Film 1250x2500x21 mm

Glue 125 g/m2, Dynea film

WBP (Phenol Formaldhye Side surfaces

Exterier Glue) Acrylic painted

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HIRING, PRODUCTION, MARKETTING, SALE

In the direction of the companies’ request, FACEDE AND MOULD SUPPORTING

SCAFFOLDING systems are hired.

Plywood

OSB (Canada, Germany,..)

WEBER products

Isolation materials

Mould oil

Construction wire and nail

Formwork Materials

Yoke

Tension jack

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DESING AND PROJECT

The most suitable service of;

Formwork system choice, solution, design and project

Mould supporting scaffolding choice, solution, design and project

Facade scaffolding choice, solution, design and project are presented

Design and project of the most suitable SCAFFOD to the work to be completed.

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SPACERS AND WATER STOPS

WHEEL SPACERS

Code No. Name Unit Reference Spacer

height

Iron

Diameter

Package

Unit

IPP15 15 Norm Piece 15/4-10 15 mm 4-10 mm 5000







CLASP TYPE FLOOR SPACERS


Height

Iron

Diameter

Package

Unit

IPMD15 15 Clip Piece 15/4-16 15 mm 4-16 mm 2500




IPMD33 33 Clip Piece 33/4-16 33mm 4-16 mm

IPMD40 40 Clip Piece 40/4-16 40 mm 4-16 mm

IPMD50 50 Clip Piece 50/4-16 50mm 4-16 mm

NORM TYPE FLOOR SPACERS


height

Iron

diameter

Package

Unit

IPND20 20 Norm Piece 20/8-24 20 mm 8-24 mm 1000





PARALLEL FLOOR SPACER ELEMENTS


height

Iron

diameter

Package

Unit

IPPD15 15 Piece 32*215 15 mm 4-22 mm 500

IPPD20 20 Piece 32*215 20 mm 4-22 mm 500

IPPD25 25 Piece 32*215 25 mm 4-22 mm 500

IPPD30 30 Piece 32*215 30 mm 4-22 mm 500

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SPACER APPLICATIONS

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PAH TRIANGLE PROFİLE WITH EXTENSION

Code No. Name Unit Reference A B Package unit

IÜPK15 15*22 Meter 15*22 15 mm 21 mm 100

IÜPK20 20*30 Meter 20*30 20 mm 30 mm 100

IUPK30 30*50 Meter 30*50 30 mm 50 mm 20

PAH TRIANGLE PROFILE WITHOUT EXTENSION


IÜP21 15*22 Meter 12*22 21 mm 15 mm 100

IÜP30 20*30 Meter 20*30 30 mm 20 mm 100

IÜP50 30*50 Meter 30*50 50 mm 30 mm 50

JOINT BAR

Code No. Name Unit Reference A B C Package unit

IFÇ30 20*30 Meter 20*30 30 mm 20 mm 15 mm 100

IFÇ50 30*50 Meter 30*50 50 mm 20 mm 20 mm 25

PLYWOOD MOUNT T PROFILE

Code No. Name Unit Reference A B C Package unit

IMTP 20 Meter 30 mm 18 mm 10 mm 100

T PROFİLE


ITP 20 Meter 35 mm 15 mm 100

TİE - ROT PİPE


ITB18 22 Tie-rot Meter 18*22 18 mm 22 mm 100



TIE - ROD THRUTY CONES

Code No. Name Unit Reference Inner diameter Outer diameter Package

unit

ITBB22 22lik Head Piece 22 16 22 2000



TIE-ROD

Code No. Name Unit Compatibility (mm) Package unit

ITM (Tie-rod) Meter 17 mm 10

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TİE-ROD NUT

Code Name Unit Compatibility (mm) Compatibility (mm) Package unit

ITS70 Pal nut Piece Cast 70 50

ITS90 Pal Nut Piece Cast 90 50

TİE-ROD NUT PLATE

Code Name Unit Item type Compatibility (mm) Package unit

ITSA120 Piece Piece Sheet 120 50

HOLE TAP

Code Name Unit Reference Package unit

IDT20 20 Piece Plywood Hole Tap

1000

IDT22 22 Piece 1000

PLASTIC CONIC PADS

Code Name Unit Reference Conic length Tie-rod diameter Package unit

IKT12 15cm Piece 15cm 150mm 17-21 100

IKT16 16cm Piece 16cm 160mm 17-21 100

IKT18 18cm Piece 18cm 180mm 17-21 100

IKT20 20cm Piece 20cm 200mm 17-21 100

IKT25 25cm Piece 25cm 250mm 17-21 100

IKT30 30cm Piece 30cm 300mm 17-21 100

IKT35 35cm Piece 35cm 350mm 17-21 100

IKT40 40cm Piece 40cm 400mm 17-21 50

IKT45 45cm Piece 45cm 450mm 17-21 50

IKT50 50cm Piece 50cm 500mm 17-21 50

TENSION JACK

Code Name Unit Reference Compatibility (mm) Package unit

IÇ Tension

jack

Piece 4 mm 50

TENSION JACK SPACER

Code Name Unit Reference A B Package unit

IÇP Piece 24 24 Requested

measure

50

WATER STOP

Code Name Unit Item type Compatibility (mm) Package unit

ISTF Flanged Piece Cast 17 mm 50

ISTB Articulated Piece Cast 17 mm 50

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TIE-ROD/TENSION JACK

Tie rod/Flat Tie Rod

It is one of the most important formwork accessories which enables the

connection between the panels in wall-column and beam formworks and

formwork installation.

It is also called formwork tension arm.

It can be used according to user need in various formworks.

It is produced in different height and diameter dimensions.

Tie Rod Advantages

It is easy to use and maintain.

It strengthens the formwork.

It saves from labor and time as it is quick to assembly and demount.

Lifetime is long, so it can be used many times.

Tie Rod Technical Properties

Tie Rod, one of the most significant elements of its sector, is used securely with

the accessories below:

Tie Rod Nut

Tie Rod Plate

Tie Rod Pipe

Tie Rod Head

Tie Rod Pipe Head Stopper

Tie Rod Conic

Tie Rod and its accessories are produced and sold in the desired dimensions and

and sells Ø15/17 steel tie rod. In addition, flat tie rods are produced upon

request.

number by SCAFFILDING AND FORMWORK COMPANY. Our company produces

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Tie-Rod Nut

It is a tie rod accessory which is used by being connected to both ends of the tie

rod.

There is no need for special wrench for assembly and demount.

It is easily used by being connected to both ends of the tie rod.

It is durable as it is made of Sphero casting.

It does not give harm to the form.

Tie-Rod and Nut Tie-Rod Application

Tie Rod Pipes

They are used to protect the

tie rod when concreting for

PVC pipes, steel and

wooden forms. They can be

produced in the requested

diameter and height.

Tie Rod Conical

They are used to protect

the tie rod when

concreting for, steel and

wooden forms. Thanks

to its conic shape, it can

be used severally by

removing it from its

place.

Pipe Head

They are placed at the front

side of tie rod that enables

formworks to stay in the

same distance and they

protect tie rod from concrete

leakage. The gaps in the

front side can be filled with

joint filler.

Conic Stopper and Pipe

Stopper With Cap

They are the plastic

elements used to close

tie rod holes in wooden

and steel formworks.

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TENSION JACK

TENSION JACK (FORMWORK HOOK/ SPRING CLIP/SPRING SUPPORT

CLIP)

SCREWED TENSION JACK MACHINE

ARMED TENSION JACK MACHINE

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ACCESSORIES

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Documents

Scafform Catalogue