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YAZ0018 Easy-Clean Nano Coating for Stainless Steel & Glass

SKU YAZ0018
Price

RM0.00

YCP0018 is an intelligent, single-component ultra-hard wear-resistant nano coating developed by AZ Nano Tech. Based on modified inorganic resin and utilizing the latest nano technology, this coating also incorporates controlled-release nano silver ions.

 

Once cured at high temperatures, the coating becomes purely inorganic, non-toxic, and harmless. It achieves ultra-high hardness (10H, as per Mitsubishi pencil standard), superior scratch resistance (capable of withstanding steel wool abrasion), and antibacterial and antiviral properties. Despite being ultra-thin, with a thickness of only 600–800 nm, the coating intelligently absorbs trace moisture from the air, rendering the surface easy to clean.

Quantity

TECHNICAL DATA

Key Features:

  • High-Temperature Curing: Film hardness reaches 10H.
  • Chemical Resistance: Excellent acid and alkali resistance.
  • Detergent Resistance: Compatible with all household cleaning agents.
  • Wear Resistance: Exceptional durability against abrasion.
  • Smart Cleaning: Absorbs ambient humidity to maintain an easy-to-clean surface.
  • High-Temperature Resistance: Endures temperatures up to 400°C.

Suitable Materials:

  • Brushed stainless steel, glass

Curing Method:

  • Thermal

Suitable For:

  • Scratch and wear resistance treatment for stainless steel surfaces

  • Scratch and wear resistance treatment for glass surfaces

INSTRUCTIONS OF USE

Pre-Treatment Process

 

  • Manual Cleaning:

    • Use ZCP0090S multifunctional cleaner (dilute with deionized water at a 3–4x ratio before use) to manually clean the workpiece.
    • For aluminum profiles, replace the cleaner with one suitable for aluminum materials.
    • Ensure thorough cleaning, removing adhesive residue, dirt, grease, and other contaminants without missing any areas.

  • Automated Cleaning Line:

    • Process steps:
      • Hot water wash → Pre-degreasing → Main degreasing → Rinse with tap water (3 stages) → Rinse with purified water (3 stages).
    • Use an air gun to blow off most of the surface water and then dry in a dehydration oven at 120°C. If possible, use cold air for surface drying.

  • Surface Inspection:

    • Ensure the cleaned surface displays hydrophilic behavior (water droplets spread naturally).
    • Apply the coating within 30 minutes of cleaning to prevent dust contamination, which could cause hydrophobic behavior and spray defects.

  • Spraying:

    • Inspect the sprayed workpiece for defects, primarily caused by improper cleaning.
    • If defects are found, remove and reprocess the affected workpieces.

  • Curing:

    • Pass the coated workpieces through the baking line:
      • Bake at 80°C (workpiece temperature ~50°C) for 10 minutes.
      • Follow with a bake at 270°C (workpiece temperature ~250°C) for 30 minutes.

  • Final Processing:

    • Remove the workpiece from the line and package it.

  • Environmental Requirements:

    • Ensure a dust-free environment equipped with ventilation or air extraction systems to maintain application quality.

Coating Application

  • Preparation:

    • Stir thoroughly before use and filter the coating with a 300-mesh filter before applying.
    • Use air spray application.

  • Spray Gun:

    • Use the LPH-101 water-based spray gun (Japan).
    • Spray pressure: 0.6–0.8 MPa.
    • Spray distance: 15–25 cm.
    • Wet film thickness: 2–4 µm.
    • Dry film thickness: 0.6–0.8 µm.
    • Application temperature: 10–30°C.
    • Relative humidity: 45%–75%.

  • Spray Booth Cleanliness:

    • Maintain cleanliness at ISO Class 7 (particles ≥0.5 µm ≤10,000 per cubic foot).

  • Leveling and Baking Area Cleanliness:

    • Maintain cleanliness at ISO Class 8 (particles ≥0.5 µm ≤100,000 per cubic foot).

Environmental

  • For safety recommendations and transportation rules, please refer to the SDS.
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