Kshipra Sourcing

Chennai, Tamil Nadu

The hose production facility is serviced with the materials, knowledge, and hose making equipment that enable Industrial Hose to custom design and fabricate hose for a wide range of industrial, agricultural, & mining applications. Materials Include The use of a range of high tensile textile cord-fabrics & ultra high tensile steel-corded fabrics Widest possible range of integrally built-in couplings, flanges & nipples designed to meet the needs of specific applications. Rubber engineering with a range of elastomers that can be compounded to customers exacting specifications. Range of polymers includes: S.C.R.L – (Special chemical resistant liner) EPDM NBR CR SBR & Natural Rubber, general purpose polymers Specialised hose designs & constructions can be prepared for almost any application by a team of design engineers with experience in serving industry for the last Seven years.

We are manufacturers of industrial grade rubber sheets. Rubber Sheet Rolls of various thickness and width up to 1.5 mtrs., and length as per customers requirements. Our product line includes Natural Rubber Neoprene, EPDM, Neoprene, BUNA-N (Nitrile), Silicone etc. Our industrial rubber sheets meets and exceeds most ASTM specifications and is manufactured under strict guidelines for quality. Rubber Sheets are manufactured to meet commercial grade specifications, industrial grade, pharmaceutical grade, food grade and more demanding specifications required for such applications as bridge bearing pads and industrial machinery isolation mounts. Rubber Sheet Roll is constantly expanding its product mix with new products. Adhesive backed rubber, cloth reinforced rubber and FDA approved rubber, high temperature silicone rubber are available just to name a few. Rubber Sheet Roll can also supply rubber strips, rubber discs, rubber rods, rubber tubes and rubber profiles. Rubber Sheet Roll can die cut, extrude and fabricate rubber parts to drawing specifications. Primary areas of rubber fabricating include rubber gasket and fluid sealing applications.

A rubber gasket is placed in between two objects in order to prevent leakage of any kind of the pressurized or not pressurized media. The gasket requires resistance against media and temperature within the range of the given application. Requirements for a gasket are: good compressibility and face adaptability good recovery strength limited relaxation chemical resistance temperature resistance metallic & semi-metallic gaskets corrugated metal gaskets a metallic or semi-metallic gasket system. High sealing pressure at the metal corrugation high blow out resistance in case of metal to metal, a perfect flange surface is required camprofile (grooved) gaskets metal jacketed gaskets ring joints spiral wound gaskets non-metallic gaskets graphite gaskets ptfe gaskets rubber gaskets materials for gaskets cork bonded nitrileneoprene silicone sponge neoprene sponge form rubbers nylon-reinforced rubber sheet gaskets (insertion materials) felt cork

An O-ring, also known as a packing, O-rings are available in various metric and inch standard sizes. Sizes are specified by the inside diameter and the cross section diameter (thickness). The seal is designed to have a point contact between the O-ring and sealing faces. This allows a high local stress, able to contain high pressure, without exceeding the yield stress of the O-ring body. The flexible nature of O-ring materials accommodates imperfections in the mounting parts. Material Natural Butadiene Butyl EPDM Viton Nitrile Neoprene Silicon Teflon

Bridge expansion joints are structural components designed to provide smooth passage over the gap between adjacent sides of a deck joint, while also permitting relative translation andor rotation of the two sides of a bridge deck (deck movement joint). A deck movement joint is generally defined as a structural discontinuity between two elements, at least one of which is a deck element, and is designed to allow relative translations and rotations due to: thermal expansion and contraction of the superstructure, concrete shrinkage or creep, elastic shortening due to pre-stressing, displacement of the structure under load, or any other action the desk is subjected to.