733 035 HP ABRASIVES GREEN - (Pack of 6)

The medium grit abrasive for ceramic acrylic metal alloys from Busch & Co. GmbH is a professional-grade dental laboratory abrasive engineered for reliable, consistent material removal across a wide range of substrates. Supplied in a convenient pack of six, this green-coded HP abrasive is designed to meet the demands of modern dental lab workflows.

Product Overview

Classified under ISO standard 655 104 168 523 035, this abrasive delivers medium grit performance suited to contouring, shaping, and surface preparation. Whether working with ceramic restorations, acrylic prosthetics, or metal alloy frameworks, this tool provides controlled stock removal without compromising surface integrity.

Key Features

• Grit: Medium
• Compatible Materials: Ceramic, Acrylic, Metal Alloys
• ISO Classification: 655 104 168 523 035
• Pack Quantity: 6 pieces
• Made in Germany

Applications

As a medium grit abrasive for ceramic acrylic metal alloys, this instrument is suitable for the following dental laboratory disciplines:

• Veneering and Ceramic Technology
• Crown and Bridge Technology
• Plastics Technology

German Engineering Quality

Manufactured in Germany, the Busch 733 035 HP Abrasives Green upholds the precision and quality standards expected of professional dental instruments. Each unit in the pack is produced to consistent specifications, ensuring that the medium grit abrasive for ceramic acrylic metal alloys performs uniformly across every application.

FAQ

What materials is this abrasive compatible with? This abrasive is designed for use on ceramic, acrylic, and metal alloys, making it a versatile choice for dental laboratory technicians.

How many pieces are included? Each pack contains 6 abrasives.

What is the ISO classification for this product? The ISO classification is 655 104 168 523 035.

Is this a medium grit abrasive for ceramic acrylic metal alloys suitable for crown and bridge work? Yes, it is specifically listed as suitable for Crown and Bridge Technology, as well as Veneering/Ceramic and Plastics Technology.