We ship worldwide — Singapore, Australia, Malaysia, Indonesia, Philippines, India, Middle East & more

3G Electric
SCOTCH-BRITE Cool-Cutting Coating-Removal Disc - Cool-Cutting Coating-Removal Discs for All Materials
SCOTCH-BRITECool-Cutting Coating-Removal Discs for All Materials

SCOTCH-BRITE Cool-Cutting Coating-Removal Disc

The SCOTCH-BRITE Precision Surface-Conditioning Disc is a 5-inch cool-cutting coating-removal disc for all materials, part of the PN-DH series. It features a ceramic, extra-coarse grade and is supplied in a 50-pack…

SKU 3G-OTH-543533

Also listed as: PNDN · PN DN

Brand
SCOTCH-BRITE
Item
Cool-Cutting Coating-Removal Disc
Part Number
PN-DN
Category
Cool-Cutting Coating-Removal Discs for All Materials
Available to Order
Trade pricing by quote — replies within 24h
Qty
WhatsApp an engineerMessage via Telegram
No account needed — your quote request goes straight to our engineers. A free account lets you track quotes and re-order faster.
Worldwide Shipping
Air & sea freight
Datasheet on Request
Technical specs
1-Day Quote
Replies within 24h

Local availability & support

Delivery
Worldwide DHL shipping from Singapore; 7–14 business days door-to-door for most destinations.
Payment
Invoicing in USD. Bank transfer (SWIFT) and corporate PO accepted.

Technical Specifications

SCOTCH-BRITE
Manufacturer Part Number
PN-DN
Series
PN-DH
Type
Ceramic, Extra Coarse, PN-DH, 50 PK

Technical Documents

No technical documents available for this product.
Request documentation →
Not sure this is the right part? Get a recommendation.

Need installation or engineering help?

Installation, commissioning, maintenance plans, system design, and bundled product + service quotes — one team handles the full scope.
Talk to an engineer

Ask a question

SCOTCH-BRITE Products
3G Electric (S) Pte. Ltd. — Singapore

Product Description

The SCOTCH-BRITE Precision Surface-Conditioning Disc is a 5-inch cool-cutting coating-removal disc for all materials, part of the PN-DH series. It features a ceramic, extra-coarse grade and is supplied in a 50-pack (MPN PN-DN).

Frequently Asked Questions

What is the SCOTCH-BRITE Precision Surface-Conditioning Disc used for?

The SCOTCH-BRITE Precision Surface-Conditioning Disc is a cool-cutting coating-removal disc for all materials. It removes paint, rust, and surface contaminants without excessive heat buildup, making it ideal for metalworking, automotive refinishing, and general industrial surface preparation.

What are the specifications of the SCOTCH-BRITE Precision Surface-Conditioning Disc?

This disc is 5 inches in diameter, part of the PN-DH series, with a ceramic, extra-coarse grade. It comes in a 50-pack with manufacturer part number PN-DN. The SCOTCH-BRITE brand ensures consistent quality for aggressive yet cool-cutting surface conditioning.

Where to buy SCOTCH-BRITE Precision Surface-Conditioning Discs worldwide?

3G Electric supplies SCOTCH-BRITE Precision Surface-Conditioning Discs worldwide. As a global industrial solutions provider, we handle full logistics and customs clearance to deliver this 50-pack of ceramic extra-coarse discs (MPN PN-DN) to your facility, wherever it is located.

How to select the right SCOTCH-BRITE disc for surface conditioning?

Select based on material and desired finish. For heavy coating removal on all materials, choose the extra-coarse ceramic grade (PN-DN). For lighter cleaning or blending, use finer grades. Always match disc diameter to your tool's backing pad and follow SCOTCH-BRITE's recommended operating speeds.

Not sure this is the right part? Photo-identify it→

SCOTCH-BRITE Products

3G Electric supplies SCOTCH-BRITE cool-cutting coating-removal discs for all materials. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.

You might also need

Burners & Combustion →Pumps & Compressors →Spare Parts →All Products →

More from SCOTCH-BRITE

View all SCOTCH-BRITE parts →

Customer reviews

No reviews yet — be the first

Questions & answers

No questions yet — ask us the first