Competitive Price for GB flexible fillers with Design Team (made in China)

Description

GB flexible filler is a new  flowing  type caulking  and sealing material which developed  specific to the characteristics of concrete face rock filled dam joint sealing  , is the key material to the water stopping for the table layer of face dam , it also can be used as the structure joint  surface caulking materials of other concrete. And it can replace the commonly used material which is the series products of IGAS – MASTIC that used for the face dam joint sealing in foreign.

Features

The biggest characteristic of GB flexible filler is excellent deformability and liquidity,it  can flow under the action of water pressure ,and then pouring into the slot to stop water , it has excellent permeability resistance performance ,can stop and seal water to the joint and hole. The GB flexible filler also has the good adhesion performance ,the strength of sticking  with the concrete is greater than the tensile strength of the material itself , can ensures the adhesion interface without damage under various conditions .Meanwhile,the GB flexible filler  also has excellent  medium resistance performance,such as water resistance, alkali salt immersion resistance,having a strong suitability to environment,resistance to freezing and thawing cycle, and has a certain cold resistance and high temperature resistance performance. For the past several years,the GB flexible filler that produced  by our company requires good anti-seepage effect in  the applications of  water conservancy, power engineering, and industrial and civil building engineering.

Application range
1.The expansion joint and peripheral joint of  large and medium-sized hydropower project dam.

2.The sealing  of large plane board, expansion joints, parapet and the roof seam.

3.The water sealing of the basement, civil air defense projects, subway tunnel, culvert and various drainage engineering.
4.The bonded sealing of concrete with rubber, plastic, ceramic, and various  metal materials.