High-wear-resistant ultra-smooth roller

We have accumulated extensive experience in coating applications, and we are currently replicating these successful cases.

Lithium battery equipment coated with tungsten carbide.

Our company provides the following types of spray mixing machines: horizontal ribbon mixers, horizontal plow blade mixers, and double-cone spiral mixers; as well as high-speed lithium-ion battery mixers, planetary power mixers, dispersion mixers, paddle dryers, and other mixing, stirring, and dispersing equipment.

Automotive Engine Cylinder Wear-Resistant Coating Processing

We have accumulated extensive experience in coating applications, and we are currently replicating these successful cases.

Automotive mold spraying with tungsten carbide

Surface hardening treatment for automotive engine molds; wear-resistant coating application for automotive molds.

Enhancing Mold Surface Hardness via Wear-Resistant Thermal Spraying for Molds

We have accumulated extensive experience in coating applications, and we are currently replicating these successful cases.

Non-standard custom manufacturing of highly wear-resistant mechanical components and special-shaped parts.

Non-stick coating spray, surface coating, non-stick finish, non-stick coating material, wear-resistant and anti-adhesive spray.

The traditionally used Teflon coating exhibits excessive peel strength against hot melt adhesives, resulting in insignificant non-stick performance and inadequate wear resistance. This leads to a rapid loss of non-stick properties, lower production efficiency, shorter maintenance cycles, and increased costs.

Wear-resistant coating repair for fan impeller blades

Our company provides repair services for worn areas on fan impellers in cement plants, power plants, and other facilities, as well as surface reinforcement coatings for new impellers, which can extend the service life of impellers by several times.

The induced-draft fan is one of the boiler’s primary auxiliary devices, responsible for continuously conveying gases. The main failure mode of the induced-draft fan is erosive wear caused by solid particles in the flue gas impacting and eroding its blades. Failure of the fan blades can lead to reduced operational efficiency or even complete shutdown.