The use of shear load connectors and reinforcing barcouplers in the construction of sports stadiums has increased rapidly in recent times, as their benefits over other building methods have become more widely recognized.
"The use of reinforcing bar couplers can provide significant advantages over lapped joints. Design and construction of the can be simplified and the amount of reinforcement required can be reduced."
Concrete structures are normally designed with joint sat appropriate places to allow movement to take place. The design of these joints is important for the overall design to function correctly. In mostcases, dowelled joints, corbels and double columns can be replaced by joints incorporating shear connectors.
We manufacture Shear Connectors/Studs sizes starting from 9.5 mm to 25 mm Dia, in different lengths max 300mm. We are producing Shear Connectors as per following Standards:
1. AWS D1.1
2. ISO 13918
3. JIS B1198.
Shear Connectors are available for welding to flat surfaces, inside angles and out side angles. Suitable ceramic ferrules will be supplied for above mentioned welding applications.
Pneumatic telescopic masts
Pneumatic telescopic mast is a latest innovation, forming part of an integral communication of systems. These masts are light weight and meant for quick erection, ranging from 5 to 25meters height. Pneumatic masts are extended by using low pressure air. The accessories supplied either from a compressor, in case of smaller masts, from a foot pump.
Application: It is a kind of basic material for organic synthesis, and can produce acetylene gas for cutting and welding, also be material for calcium cyanamide.
Appearance: Grey, black solid, purple when its purity is more than 90%.
Granule:4-25mm / 15-25mm / 25-50mm / 50-80mm /25-80/ 80-120mm
Package: Net in 100kg or 50kg new iron drums with nitrogen.
Specification: GB10665-2004
Specification Superfine Grade First Grade Second Grade
Gas yield(L/kg)L/kg 305 295-305 285-295
PH3 content in acetylene (PH3%) 0.06 0.08 0.08
H2S content in acetylene (H2S%) 0.1 0.1 0.1
