Equipped with a comprehensive coating process production line, featuring internationally advanced coating equipment, fully automated cleaning lines, pre- and post-treatment sandblasting equipment, and polishing equipment. This ensures highly automated, efficient, and high-quality coating production.

We adhere to a comprehensive ISO9001 management system with rigorous quality control, meticulous process development, and complete testing equipment to ensure consistent coating quality and uniform excellence.

We offer the fastest coating delivery times and timely after-sales service to ensure our customers maintain a strong competitive edge.

HSPPED has a R&D system that continuously upgrades and improves new products according to different customer needs It is committed to providing customers with the best products and services that best meet customer needs.

This specialized coating developed for mirror molds preserves the surface smoothness while enhancing wear and corrosion resistance. It extends lifespan, reduces polishing frequency, and minimizes scrap generation. It performs exceptionally well on injection molds for transparent plastic parts and components requiring high polish.

Composite coatings are suitable for stamping 3-5mm reinforcement plates, offering low processing temperatures that prevent mold deformation and eliminate the risk of cracking with repeated applications. They are ideal for aluminum casting molds, providing high temperature resistance to reduce fatigue cracks. These coatings exhibit high hardness, effectively reducing wear and tear.

A silicon-based composite coating, Super H offers high temperature resistance and coating hardness. It is the optimal choice for high-speed cutting, poor cooling conditions, and applications generating significant heat during cutting. Suitable for drills, milling cutters, blades, and similar tools, as well as processing of tool steel, bearing steel, low alloy steel, and carbon steel components.

A TiAlN-based coating with high microhardness and thermal stability, ideal for tools and molds. Suitable for drills, milling cutters, blades, molds, and general machining of tool steel, bearing steel, low alloy steel, and carbon steel components.

A CrAl-based PVD coating. It enables higher cutting speeds and feed rates, enhancing production efficiency. With superior heat resistance, tools can achieve dry cutting and are suitable for aluminum casting molds. Applications include: 1. Rough and finish machining of solid carbide end mills and milling tools, dry machining; 2. High-speed steel and cemented carbide hob cutters; 3. Stamping and forming molds; 4. Excellent performance demonstrated on aluminum alloy casting molds.

TIN coating is the most typical and widely applicable coating used extensively in low-speed cutting, molds, and parts requiring wear protection. We offer low-temperature and high-temperature TN coatings according to customer requirements. Applications include: low-speed cutting tools, molds, and parts with high wear resistance requirements.