Rotary Kiln Spare Parts
Rotary Kiln Spare Parts

SinoCem Parts supplies a complete range of rotary kiln spare parts, including kiln tyres, support rollers, thrust rollers, girth gears, pinions, bearings, seals, and kiln shell sections. All components are designed for high-temperature resistance, heavy-load operation, and long service life in cement production.

ROTARY KILN SPARE PARTS
As the core transmission component, o ur girth gear is made of high-strength cast steel. It features precise meshing, wear resistance and stable power transmission, ensuring the rotary kiln operates smoothly at constant speed.
Crafted from wear-resistant steel plate, the tip plate serves as a key end structure part. It prevents air and material leakage, reinforces the kiln end stability, and adapts to high-temperature working conditions reliably.
Made of high-strength alloy, the thrust roller controls axial displacement of the kiln. With excellent wear resistance and load-bearing capacity, it avoids kiln body deviation, guaranteeing precise operation.
The support roller is forged from wear-resistant alloy cast steel. It bears the entire kiln weight, reduces rotational friction, and maintains stable kiln rotation, laying a foundation for efficient production.
Constructed with high-temperature and wear-resistant composite materials, the drum seal seals kiln head/tail. It minimizes heat loss and dust leakage, optimizing energy efficiency and working environment.
Made of high-strength heat-resistant cast steel, the kiln tyre transfers kiln weight to support rollers. It boasts excellent pressure resistance and wear resistance, ensuring concentric kiln operation and long service life.
As the main structure of rotary kiln, the kiln shell is made of high-strength steel plate. It withstands high temperature and pressure, carries material calcination, and guarantees overall equipment stability and durability.
The kiln pinion is forged from high-strength alloy steel. With high precision and wear resistance, it meshes with girth gear perfectly, realizing efficient power transmission and stable kiln speed control.
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