PASCHAL for the 8th time at the Saudi Build international trade exhibition

Given its long-standing presence in the Arabian construction market, PASCHAL is concentrating its exhibits on the primary applications in the Arabian world.
On a 40 m² booth, PASCHAL will demonstrate the practical application options, the system diversity and the compatibility of the systems and components for quick and easy use in reinforced concrete construction in hall 3, booth 217. Upon request extremely well-trained formwork experts with a great deal of practical experience will show visitors to the booth the simple handling and also some of the numerous constructions and projects completed.

The following will be presented and demonstrated at Saudi Build in Riyadh:

Modular formwork

Construction of a large foundation: Modular Universal Formwork Midfield Terminal of the airport Abu Dhabi.
They used the foundation formwork/GE universal formwork by PASCHAL.

The Modular universal formwork is preferred for use in formwork for foundations, walls, columns, beams, shafts and pre-cast concrete components. As a result of the comprehensive range of elements, it can be used both as hand-set and large-size formwork. The modular design principle enables simple and quick handling, even by unskilled labour.

Modular column formwork

The adjustable modular column formwork in practical use.

As a practical system expansion of the Modular formwork system, at Saudi Build PASCHAL will be exhibiting the adjustable Modular column formwork with which both square and rectangular reinforced concrete columns with external dimensions from 20 to 50 cm in increments of 5 centimetres can be formed. The simple windmill principle allows you to form a wide variety of different reinforced concrete columns from just a few individual panels of the adjustable Modular column formwork. Depending on availability and space constraints, the formwork systems can be moved completely by using a crane or can be dismantled into individual components and transported, assembled and dismantled manually.

LOGO.3

To create formwork for large surfaces, LOGO.3 elements can be put together using wedge clamps to make large-size units.

The LOGO.3 wall formwork system will be displayed in its steel and aluminium versions. The robust formwork elements with profiled flat frames stand for robustness and durability. The elements can be used both horizontally and vertically. Connection of the elements is performed by using a light wedge clamp that weighs only 1.8 kg, or by using a multi clamp. The comprehensive range of elements also includes multi elements for corners, columns and stop ends. Moreover, the LOGO.3 formwork system is a winner when it comes to large-scale concrete constructions with minimum tie points of just 0.62 tie points/m².

TTR

There is no alternative to the Trapezoidal girder formwork if precisely rounded concrete constructions are planned. Pre-assembled and pre-curved formwork units fit exactly and are a guarantee for perfect curvatures.

The TTR Trapezoidal girder formwork, with its continuously adjustable diameter from 2 to 5 metres and from 5 metres to infinite, provides well-formed concrete curvatures that correspond exactly to the specifications and drawings when executed.
System enhancements enable usage on and to sloping surfaces, and compatibility with all additional PASCHAL formwork systems enables creative and unique concrete forms to be implemented for aesthetic reasons and/or due to design requirements.
Pre-assembly carried out in the factory and the low proportion of tie points of just 0.28 to 0.55 tie points/m² enable shortest possible forming times.

H20 beam

PASCHAL Deck is a versatile slab formwork for ceilings in residential and industrial buildings.
The adaptability of the H20 beam is achieved by simple overlapping. Therefore, it is not important if the beam is functioning as main beam or cross beam. The H20 beam comes in lengths of 245 cm to 600 cm. The permitted shear force of the 20 cm high wooden beam is defined as Q=11.0 kN and the permitted bending moment as M=5.0 kNm.