.header__wrapper { opacity: 1; } [Skip to content]

Monday - Friday: 08:00 - 17:30 | Saturday - Sunday: Closed

Abrasive Paper, 230 x 280 mm, Mirka® Caratflex

Part Number: 005.58.176
For power and hand sanding, Grit: 400, Set qty: 50
Price:
£18.21
Per 50 Pack
VAT excluded

Abrasive Paper, 230 x 280 mm, Mirka® Caratflex (Part No: 005.58.176) is a premium abrasive paper designed to... Read More

Product Information

Product Details

Abrasive Paper, 230 x 280 mm, Mirka® Caratflex (Part No: 005.58.176) is a premium abrasive paper designed to deliver clean, consistent results for both power sanding and hand sanding. With its fine Grit 400 finish, it’s ideal for achieving smooth surfaces before coating, helping you reduce the effort needed for final prep and improving overall surface uniformity.

This Mirka Caratflex A.Paper measures 280 x 230 mm, making it a convenient size for a wide range of workshop tasks. Whether you’re working on smaller detail areas or larger panels, the flexible, reliable performance helps maintain control while you sand.

Area of application includes a variety of common material types and finishes: wood materials, lacquered surfaces, metal materials, aluminium materials, and painted surfaces. Use it to refine texture, level minor imperfections, and prepare surfaces so coatings and finishes apply evenly.

Built with aluminium oxide, the abrasive is engineered for dependable cutting action and steady performance across sanding sessions. You’ll also get a set quantity of 50 sheets, making it a practical choice for professionals who need consistent supply or DIY users who value having the right grit on hand.

If you’re looking for an abrasive paper that combines versatility, precision, and smooth finishing power, choose Abrasive Paper, 230 x 280 mm, Mirka® Caratflex—an excellent match for high-quality surface preparation with both power and hand tools.

Specifications

Dim. (L x W)

280 x 230 mm

Area of application

Wood materials, Lacquered surfaces, Metal materials, Aluminium materials, Painted surfaces

Material

Aluminium oxide