The wear-resistant thermal resistance has been adopted by hundreds of manufacturers with nearly 10,000 applications annually, achieving excellent feedback. It outperforms industry peers in many scenarios and is fully comparable to imported products. This product boasts advantages such as vibration resistance, wear resistance, corrosion resistance, high sensitivity, good stability, high accuracy and long service life. It is an ideal high-tech special product for high-temperature and wear-resistant environments, including circulating fluidized bed boilers, bubbling boilers and pulverized coal gasifiers in power plants, as well as kiln heads, kiln tails and furnace hoods in cement plants, along with chemical and metallurgical industries.

The G-series wear-resistant thermal resistance integrates the merits of various products and adopts a unique process formula to produce wear-resistant alloys under dynamic equilibrium. Compared with ordinary stainless steel, cermet protection tubes and similar wear-resistant alloy protection tubes available on the market, its service life is extended by 1–5 times. Temperature measurement proves extremely difficult and the service life is very short due to large ambient temperature differences, excessively high temperature control points, strong vibration, over-high blower wind speed and severe wear. Ordinary wear-resistant alloys are prone to being worn through, damaged, thermally bent and fractured within only 10–90 days, leading to thermal resistance failure and causing substantial losses and unnecessary troubles to users.

Main Technical Parameters

Electrical Outlet: M20×1.5, NPT1/2

Hardness of Wear-Resistant Head: HRC65-99

Protection Class: IP65

Types and Performance of Wear-Resistant Protection Tubes