Our Products

Reinforced elastomeric expansion joints manufactured in eight type covering joints of between 40mm t0 200mm and movements of45 to 320mm. ASSAFLEX RE is formed of shut blasted laser cut steel; to form a high quality steel for bonding with number of compound namely RSS1, NBR, SMR, etc.  This combined mixture will go through vulcanisation to form a formidable membrane with plenty of flexibility to withstand various pressure and movements including vertical.

Each module of ASSAFLEX is 1m long, making it easier to work with one exception RE361 which is 1250mm.

Modules have tongue & grove interlock system

Elastomeric with metal runners expansion joints, manufactured in four types covering between 30 to 170mm of joints and movements of 10 to 180mm.

AssaFlex Bearing Pads are designed for use in Bridges and other structures such as Buildings as a vertical load bearing component.  They are manufactured from high quality materials with number of layers of steel plates depending on the type of bearings highly strong and extremely resistance to weathering, ageing with almost no influence from UV radiation and Ozone.  Sheets of high strength steel are capsulated by Elastomer either NR or CR type.

Type

1.  NON-REINFORCED ELASTOMERIC BEARINGS
2. LAMINATE  ELASTOMERIC BEARINGS
3. POT BEARINGS
4. SPHERICAL AND CYLINDRICAL PTFE BEARINGS

In an earthquake the energy resulting from the forces will be transmitted by the ground to the structure and the damage will be directed to the piers.  Hence to reduce these forces a complex design becomes imperative.

We design bearings for building and bridge depending on your requirements to protect your structure against earthquake.

Accessories

Unlike our competitors we have designed and manufactured one single item to deal with sealing the module from water and humidity whilst forming the drainage.

We have resolved the problem of unevenness from the concrete deck under the expansion joint by introducing a reinforced elastomeric layer.  The membrane is strong yet flexible enough to follow the contour of the concrete deck.