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Kayton Industry Co., Ltd.

Rubber extruders, tire making machines, hydraulic curing machines, fully automatic batch-off machines, tire testing machines, cold-feed pin bellow extruders for tires

2014/10/02 | By Steve Chuang | KAYTON INDUSTRY CO., LTD.

Tire making machines, hydraulic curing machines, fully automatic batch-off machines, tire testing machines, cold-feed pin bellow extruders for tires

Founded in 1992, Kayton Industry Co., Ltd. is a top-end manufacturer of rubber machinery mainly for tire production.

Kayton supplies a full line of rubber machinery for tire production, including fully automatic batch-off machines such as letter blocks auto changeable markers and auto sampling devices), pin barrels, cold and hot feed extruders, bed wire inner circle length measuring machines, tire curing machines, tire testing machines, calendaring head extruders, duplex extruders for tire tread extrusion, triplex extruders for tire treads, side-wall extrusion machines, and spliced bias cutters.

With high precision, performance, and functionality achieved through ample abundant experience and constant improvement, the company's machines, all CE-marked, are worldwide and adopted by such globally known tire brands as Continental, Pirelli, Yokohama, Bridgestone, NOK, Maxxis, Kenda, Federal, and Zhongze.

One outstanding example of the company's products is a triplex extruder for tire tread and side-wall extrusion, which was developed using with the supplier's rich store of know-how in regard to tire sidewalls along with advanced techniques. This triplex extruder represents an improvement over competing models from Germany, and employs high-quality screws and barrels of high-graded alloy steel from Japan and Germany.

This machine also boasts highly precise, durable gears of alloy steel that undergo complete heat-treatment and grinding processes, thereby assuring low noise. An improved common base design makes the machine incredibly stable during operation and easy to install, while its specially designed water jacket greatly enhances heat-exchange efficiency. Further, the feeding roller keeps the bearing away from rubber, and the fully automated temperature control system employs a closed circuit route to boost energy efficiency. (SC)