Expansion Joints URJA PRODUCTS has developed high quality Non-Metallic Fabric Expansion Joints from Heat Resisting Fabrics. These joints are suitable for duct inside temperature as high as 800 deg. C. Only dis-advantage of Fabric Expansion Joints is that it can withstand comparatively less pressure. Now even Metallic Expansion Joints are being covered with Fabric Expansion Joints. Urja Product is making Fabric Expansion Joints from following fabrics to suit different requirements. Glass Fabric High Silica Fabric Silicone Rubber coated Glass Fabric Silicon Rubber coated High Silica F

Expansion Joint URJA PRODUCTS has developed high quality Non-Metallic Fabric Expansion Joints from Heat Resisting Fabrics. These joints are suitable for duct inside temperature as high as 800 deg. C. Now Engineers are preferring Fabric Expansion joints compared to Metallic Expansion joints because of following reasons Fabric Expansion Joints can take more misalignment & vibration Fabric Expansion Joints are easy to replace Fabric Expansion Joints are easy to repair. Only dis-advantage of Fabric Expansion Joints is that it can withstand comparatively less pressure. Now even Metall

Expansion Joint URJA PRODUCTS has developed high quality Non-Metallic Fabric Expansion Joints from Heat Resisting Fabrics. These joints are suitable for duct inside temperature as high as 800 deg. C. Now Engineers are preferring Fabric Expansion joints compared to Metallic Expansion joints because of following reasons Fabric Expansion Joints can take more misalignment & vibration Fabric Expansion Joints are easy to replace Fabric Expansion Joints are easy to repair. Only dis-advantage of Fabric Expansion Joints is that it can withstand comparatively less pressure.

Matellic Expansion Joints : We offer wide range of Matellic Expansion Joints, which are available in various shapes and sizes. Our expansion joints are accurately developed as per the exact specifications given by the clients. Our accurately designed expansion joints are able to absorb axial, safety and insulation against noise and vibrations.