Kaveri Ultra Polymers Private Limited

Hosur Road, Bangalore, Karnataka

Bulk material spillage has always been a perennial problem more particularly at the transfer points. Conventionally, rubber strips or cut-conveyor belting wave being used. Kaveri has developed cost effective superior designed skirt board sealing system with segmented Inter locked blocks for effective sealing.

Conventional rubber skirting fails to seal the material due to belt sag between two adjacent rollers under feed chute, whereas Kaveri Spill Stop could be assembled to follow the contouring of the running conveyor belts.

Kaveri Spill Stop Skirt Board Sealing System is a foolproof system, comprising of Interlocking Sealing Blocks, Back Plate & Clamping Plate. The system is designed to suit all conveyors. Sealing Blocks are made in Polymer / Rubber / Polyurethane. High Temperature Grade Blocks are also available

It is an established fact that excessive impact on belt surfaces due to material lump size and height of fall, damages the conveyor belt having conventional impact rollers with rubber rings/sleeves. This leads to extra maintenance effort, contributing to cost hike and reduced machine availability.

Kaveri Impact Pad replaces these conventional impact idlers at the Transfer Points with an added advantage of spillage control.

• Two layers fusion bonded and sandwiched together.
• Additionally strengthened by mechanical fasteners.
• Top layer is made of special Polymer (with self lubricating and low fric property).
• Bottom layer is made of Special Rubber (with shock-absorbing property).

Impact pads are supplied with modular design frames consisting of Central Main Frame and Wing Supports with adjustment brackets to suit all types of belt conveyor troughing angles.

The Modular support structure has been designed for easy installation to withstand heavy impact and adjustment to suit any troughing angle of the conveyor.

Kaveri is a Leading manufacturer of engineered Ceramic Pulley Lagging system & has developed fundamental principles which take new approach in Pulley Lagging

Lagging is used not only to extend the shell life by providing a replaceable wearing surface but also to improve the friction between the belt and the pulley thus eliminates belt slippage

Kaveri Ceramic Pulley Lagging is a must in areas where the pulley operates in extremely difficult working conditions like wet or variable conditions where belt slippage occurs. Rubber Lagging wears out faster and hence a longer lasting lagging would be required.

• Increase friction between the belt and drive pulley lagging in wet or variable conditions.
• Eliminate belt slippage between the belt and drive pulley.
• Reduced wear on belt and other components.
• Eliminate lagging wear for pulleys.
• Reduced Belt Tension.
• Easy to install and replace.