TD – Telescopic Prop (Iron Pole):

Our standard manufacturing dimensions of telescopic props are:

• 175-300cm. working range mast
• 200-350cm. working range mast
• 225-400cm. working range mast

Telescopic Props Standard Technical Specifications

• The outer pipe is (60×2.5 mm).
• The inner tube is (48×2.5 mm).
• The upper shoe is 4 mm.
• The lower shoe is 4 mm.
• The handle-hook is 12 mm.
• The mechanism is 7 pitches.
• The nut is spheroid (GGG 50).
• It is anti rust painted.
• Pipes are ISO and TSE certified.
• In telescopic props, productions in different sizes are made to order.
• Telescopic props, iron pole top caps vary according to the place of use. 10 cm 'U' shape for flooring.
• The use of a tripod under some telescopic props on wide floors keeps the erection standing by itself, provides ease of assembly, and increases rigidity.
• It is recommended to lubricate the threaded part of the telescopic props with burning oil.
• The carrier properties of telescopic props are determined by the material used in the gear part and the quality of the cast nut.

The most suitable system for secure scaffolding is flanged scaffolding. Plaster scaffolding becomes safer scaffolding with frequent use of rod anchors.

The braces of the H type scaffolding elements connecting the two H's are very weak. Except for the crosses, the two Hs are connected to each other with metal planks. Therefore, the load carrying capacity is low. For this reason, the intermediate distance of H plaster scaffolding cannot be made 3 m. It is made at most 250 cm. However, as the number of steel planks on it increases (which must be on every floor for a scaffold to be safe), the carrier of the scaffolding decreases. It may collapse in a slightly strong wind. In order to reduce the wind effect, the outer side of the plaster scaffold should not be covered with a tarpaulin, but should be left empty. As a result, using H type scaffolding on high floors increases the number of rod support and the risk of collapse of the scaffold. In order for a plaster scaffold to be safe, it is not enough to use only a wall anchor with a rod. 2 steel planks should be placed on each working floor, that is, every 2 meters of the work scaffolding. Where steel planks, also called metal planks, are placed, there should be scaffolding railings called worker railings. Wherever there is a scaffolding railing, there should be a guard called kick guard and 15 cm higher than the steel planks.

In addition, if possible, there should be a single row of scaffolding ladders for each face or both sides of the building. In order for the steps of these stairs not to slip when stepping on foot, it should be preferred that they be checkered sheet metal. The fact that the steps of the plaster scaffolding ladder are box profiles increases the risk. Ladders in plaster scaffolding should be safe as seen in the figure below. Being in the form of a sailor's ladder - even if accepted by occupational safety experts - increases the risk of accidents during work and when transferring materials to the upper floors.

Therefore, safe scaffolding ladder and safe scaffolding guard should be used for safe scaffolding.

All these materials used in the plaster scaffolding put a lot of weight on the plaster scaffold without any material being placed on the scaffolding. For this reason, plaster scaffolding elements must first be capable of bearing their own weight.

The first thing to do to reduce the loads on the plaster scaffold is to lighten the steel planks. However, as metal planks become lighter, their stretch increases. It scares the worker working on the metal plank. Even when plaster etc. heavy materials are placed on the steel plank, the risk of breakage increases.

TURNING HAND FLANGE SCAFFOLDS INTO SAFE SCAFFOLDS

As it is known, there are plaster scaffolding worth billions of TL in our country. It would be very wrong for a country like ours to scrap these scaffoldings. Perhaps for this reason, the requirement for hot-dip galvanization from scaffolds was temporarily removed.

In order to contribute more to the economy of our country, our company ensures that the flanged plaster scaffolds become a safe scaffold with additional work scaffolding elements.

Additional elements given to the existing flanged scaffolding in order to obtain safe scaffolding are:

safety scaffolding ladder

Steel plank (metal plank)

Scaffolding guardrail (worker guardrail)

shin guard

CELIKSAN TYPE FLANGE WORK SCAFFOLDING

Stucco scaffold Vertical Element;

- It is manufactured from pipes with a diameter of 48 mm and a wall thickness of 2.5 mm in accordance with technical specifications. However, the wall thickness should be 3 mm when used in buildings higher than 7 floors in secure scaffolding.

-Flanges are made of 7 mm sheet metal, taking into account its load-bearing nature.

30x30x2 mm box profile is used in the interconnections of vertical elements.

Plaster scaffolding Horizontal Element;

It is manufactured from pipes with a diameter of 48 mm and a wall thickness of 2.5 mm in accordance with technical specifications.

Wolf mouth opens to pipes. If desired, the wolf mouth made of 4 mm material can be welded by giving a price difference. However, this difference is more than the cost of crushing the pipe ends.

The 5 mm wedges are inflated after passing through the first small hole on the scaffold horizontal member. Thus, the risk of loss of the wedge, which is the most common in the pin, that is, the wedge system, is reduced.