Wear Resistance Coating
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Wear Resistance Coating

Abrasion resistant coating for plastic is an ultraviolet (UV) curable floor coating with excellent abrasion resistance. By incorporating high-hardness materials and wear-resistant powders, it enhances the durability of wooden floors, making them more resistant to wear. It is particularly suitable for use in public spaces.
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Description

Technical Parameters

Huzhou Jiafu Macromolecular Material Co., Ltd. is one of the most reliable manufacturers and suppliers of wear resistance coating in China. Welcome to wholesale bulk high-grade wear resistance coating for sale here from our factory. We also accept customized orders.

 

Core Information

 

1. Product Introduction

abrasion resistant coating for plastic is an ultraviolet (UV) curable floor coating with excellent abrasion resistance. By incorporating high-hardness materials and wear-resistant powders, it enhances the durability of wooden floors, making them more resistant to wear. It is particularly suitable for use in public spaces.

 

2. Core Value Proposition

  • Solving high-traffic challenges: Addresses issues of flooring in areas with 5,000+ daily foot traffic, such as "easy scratching and frequent refinishing."
  • Core Features: Coating withstands over 8,000 abrasion cycles, far exceeding ordinary UV coatings; the refinishing cycle is extended from 1 year to 5 years.
  • Additional Assurance: Low-VOC, environmentally friendly formulation + 3–30 seconds UV rapid curing, ensuring fast construction and minimal downtime.

 

Core Product Advantages

 

1. abrasion resistant coating for plastic core technology
  • Wear-resistant formulation: Enhanced with high-hardness nano-ceramic powder and specialized abrasion-resistant additives to form a "dual-protection wear layer." Hardness reaches 2H–5H (GB/T 6739-2006), which is 3–5 times higher than thin-film UV coatings (≥HB).
  • Precisely matched viscosity: The UV wear-resistant primer has a viscosity of 5000–7000 CPS (GB/T 9751.1-2008), significantly higher than elastic UV primers (2520–3540 CPS). This results in a 0.3 mm wear-resistant layer, improving impact resistance by 40%.
  • Validated test performance: Meets the industry high standard of >8000 abrasion cycles, far exceeding ordinary UV coatings (3000–5000 cycles).

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2. High-traffic scenario adaptability
  • Dedicated application scenarios: Shopping mall corridors, office building lobbies, hotel banquet halls, airport waiting areas, and other spaces with daily foot traffic ≥ 3,000 people.
  • Compatible substrates: Solid wood flooring and multi-layer engineered wood flooring (covering mainstream substrates used in commercial spaces).

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3. Environmentally friendly and durable
  • Environmental compliance: Low-VOC formulation with solvent-free curing; meets environmental acceptance standards for commercial spaces and protects the health of maintenance personnel.
  • Long-term durability: Under normal use, the coating lifespan reaches 10–20 years, which is 2× longer than skin-feel UV coatings used in furniture applications (5–8 years). The annual maintenance cost per square meter is reduced by 60%.
  • Adhesion performance: Achieves 0-grade adhesion (GB/T 9286-1998). Combined with the process of "3 layers of wear-resistant basecoat + 2 layers of anti-scratch topcoat", it prevents coating detachment caused by heavy foot traffic.

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Dedicated construction process

 

Step

Construction content

Curing energy / Key parameters

Differentiation Objectives

1

Substrate pretreatment: sanding with 320-grit sandpaper + degreasing and dust removal

320 grit

Enhances basecoat adhesion; suitable for high-traffic flooring

2

Roll-coating water-based UV adhesion primer + infrared drying

Builds the fundamental adhesion layer; different from elastic UV coatings that use "elastic putty base"

3

Roll-coating low-odor UV adhesion primer + UV semi-curing

150–250 mj/cm²

Strengthens interlayer bonding

4

Roll-coating elastic crystal putty + UV semi-curing

80–120 mj/cm²

Fills micro-defects in the substrate; improves impact resistance

5–6

Roll-coating 2 layers of UV hardening basecoat (JF-ZM435) + semi-curing for each layer

100–200 mj/cm² per layer

Increases coating hardness from 2H to 5H

7–9

Roll-coating 3 layers of UV wear-resistant basecoat (JF-ZM601) + semi-curing for each layer

80–120 mj/cm² per layer

Core differentiator: 3-layer stacked wear-resistant structure; other products only use 1–2 layers

10

Roll-coating transparent sanding basecoat + UV semi-curing

110–190 mj/cm²

Improves surface smoothness

11

Light sanding with 320-grit sandpaper

Removes burrs; ensures smooth topcoat application

12–13

Roll-coating 2 layers of 5° anti-scratch topcoat (JF-ZM805D) + final curing

350–500 mj/cm² (final curing)

Final anti-scratch and wear-resistant layer; gloss level 5–7° (GB/T 9754-2007)

 

Construction Precautions

 

  • Environmental Requirements: Construction temperature 5–30°C; ensure ventilation and dryness; avoid high temperatures (>40°C) or low temperatures (<0°C).

 

  • Equipment Compatibility: It is recommended to use a high-pressure airless coating machine to ensure uniform application of the wear-resistant primer (film-thickness tolerance ≤0.02 mm).

 

  • Storage & Handling: Use the coating within 15 days after opening; any remaining material must be sealed tightly.

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Technical Specifications (Highlighting Differentiating Indicators)

 

Test Project

Test Standards

Standard value

Differences from other UV coatings

Coating Hardness

GB/T 6739-2006

≥4H (up to 5H)

Thin-film / elastic / soft-touch UV coatings are only ≥HB

Wear Resistance (Cycles)

Industry abrasion test standard

>8000 cycles

Regular UV coatings only 3000–5000 cycles

Adhesion

GB/T 9286-1998

Grade 1

Common indicator, but paired with a 3-layer primer system for high-traffic applications

Viscosity of UV Wear-Resistant Primer

GB/T 9751.1-2008

5000–7000 CPS

Higher than elastic UV primer (2520–3540 CPS), forming a thicker wear-resistant layer

Final Curing Energy

350–500 mj/cm²

Higher than soft-touch UV coatings (400–600 mj/cm² but focused on matte; this product focuses on hardness)

VOC Content

Environmental testing standards

Low VOC (no solvent evaporation)

Common indicator, emphasizing suitability for commercial space environmental acceptance

 

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