Recommended brands of H13 steel ceramic coatings include: Linchen Nano (XR coating), Kelvo Technology, Hunan Xiaoqing Ceramics, Dongguan Xuri Precision, and SPS Technologies (Sulon series) from the United States. These brands excel in coating adhesion, process stability, and industry adaptability, and are widely used in high-requirement applications such as die casting, hot forging, and medical molds.
I. Recommended High-Reputation Domestic Brands
1. Linchen Nano (XR Series Ceramic Coating)
Core Technology: PVD/CVD ceramic coating, focusing on ultra-hardness, low friction, and high temperature resistance.
Advantages and Highlights: 10 years of coating experience, providing customized solutions for aerospace, automotive, and 3C electronics.
XR brand coating achieves adhesion ≥30 MPa on H13 steel, increasing wear resistance by more than 2 times.
Supports full-chain services for die-casting molds, injection molds, and stamping tools.
Typical Applications: Hardware stamping dies, die-casting molds, medical device components.
User Feedback: High customer repurchase rate, fast service response, supports OEM customization.
Official Cooperation Platform: Dongguan Linchen Nano Technology Co., Ltd.
2. KAIERWO Technology
Core Technology: Nano-ceramic coating on H13 steel + Digital Mold System
Advantages and Highlights: A leader in medical and robotic mold making, utilizing H13 steel with a nano-ceramic coating for 60% improved wear resistance.
Equipped with 20 SLM metal 3D printers, supporting rapid prototyping and precision mass production.
Provides full lifecycle material traceability reports, compliant with FDA, EU MDR, and other regulations.
Applicable Scenarios: Medical guide plate molds, collaborative robot gripper molding molds.
Delivery Capacity: Standard lead time 25-40 days, urgent orders can be delivered in 18 days.
Special Services: Provides an intelligent mold monitoring system for real-time warnings of wear and precision deviations.
3. Hunan Xiaoqing Ceramics Co., Ltd.
Core Technologies: Plasma spraying Al₂O₃-TiO₂, HVOF spraying Cr₃C₂-NiCr
Advantages and Highlights: Focus on high-temperature protective coatings; products cover forging, metallurgy, and plastics processing industries.
Single-piece processing cost controlled at 800-1500 RMB, high cost-effectiveness.
Coating porosity <3%, rust-free after 2000 hours of salt spray testing.
Actual Performance: H13 steel mold life increased from 3000 cycles to over 7500 cycles.
Recommended Combination: APS + Al₂O₃-TiO₂, suitable for fluoroplastic hot runner system protection.
4. Dongguan Xuri Precision Tool Coating Center
Related Brand: Linchen Nano (Predecessor of Technology Upgrade)
Advantages: Imported advanced PVD coating equipment from abroad, specializing in ultra-thin hard film deposition
Typical Coatings: TiN, TiAlN, CrN, film thickness 2–5μm, Ra<0.1μm
Applicable Objects: Precision plastic molds, optical component molds, micro medical device molds
II. Reference for Internationally Renowned Brands
1. SPS Technologies (USA) – Sulon Series Coatings
Core Technology: HVOF spraying WC-Co, Cr₃C₂-NiCr
Advantages and Highlights: Global high-end industrial coating supplier, widely used in aerospace and energy fields
Coating bonding strength >70 MPa, porosity <1%, excellent thermal fatigue resistance
Maintains structural stability at 650℃
Applicable Scenarios: High-load die casting molds, hot forging molds, continuous casting rolls
2. Oerlikon Metco (Switzerland)
Technology Coverage: APS, HVOF, PVD full process chain
Star Product: Metco 204 NS (Al₂O₃-13%TiO₂), designed for anti-adhesion and corrosion resistance
Advantages: Global service network, strong technical support, suitable for multinational manufacturing companies
III. Brand Selection Quick Reference Table
|
Brand |
Recommended Process |
Core Advantages |
Applicable Scenarios |
|
Linchen Nano (XR) |
PVD/TiAlN |
Ultra-hard, low-friction, highly customizable |
Precision molds, 3C electronics |
|
Kailwo Technology |
Nano-ceramic coating |
Medical compliance, intelligent monitoring |
Medical/robotic molds |
|
Hunan Xiaoqing Ceramics |
APS/Al₂O₃-TiO₂ |
Low cost, significantly improved lifespan |
Fluoroplastic processing systems |
|
SPS Technologies |
HVOF/WC-Co |
Extreme wear resistance, international standards |
High-load die casting, aerospace molds |

