250 Alloy Wheel Masking Discs High Temperature Beige Crepe 160mm Diameter Per Roll
£79.19 inc VAT £65.99 ex VAT
Alloy Wheel Masking Discs – High-Temperature Crepe for Precision Masking (160mm Dia, 250 Discs per Roll)
Achieve flawless powder coating with our premium High-Temperature Crepe Masking Discs, specially designed for body shops and automotive professionals. These masking discs ensure precise coverage, reducing overspray and saving time while delivering a professional-grade finish.
Key Features:
✔ High-Temperature Resistant: Withstands up to 160°C, making it ideal for coating, baking, and treating alloy wheels
✔ Perfect Fit: Specifically crafted to cover the rear hub of alloy wheels, preventing unwanted overspray
✔ Premium Material: Made from fine crepe paper with a rubber-based adhesive for secure bonding
✔ Available in Multiple Sizes: Choose from 145mm, 150mm, 155mm, 160mm, 180mm, or 200mm to fit different wheel hub options
Important Recommendation:
✅ Remove the masking discs immediately after baking to prevent them from sticking to the wheel.
Description
Why Choose Our Alloy Wheel Masking Discs?
Our discs provide reliable surface protection during alloy wheel refurbishment, ensuring a smooth coating process with minimal cleanup.
Upgrade your wheel coating precision today—order now for fast and secure shipping!
High Temperature Crepe Masking Discs are resistant to temperatures
up to 160°C. They are specifically designed to cover the rear hub
of alloy wheels and to provide a reliable solution while coating,
baking and treating wheels during the refurbishment process
- Carrier: Fine Crepe Paper
- Adhesive: Rubber/Resins
- Colour: Natural/Beige
- Thickness 185µm / 0.185mm (±0.01mm)
- Release Liner High quality, single-sided release paper
- Quantity 250 discs per roll
- Diameter: 160mm
- These Alloy Masking Discs are also available in Other sizes/diameters to fit other wheel hubs options: 145mm, 150mm, 155mm, 160mm, 180mm or 200mm.
- Recommend removing these Alloy Wheel Discs immediately after baking to prevent them from sticking to the wheel.
