Alumina-Zirconia (40%) For Coated And Bonded Abrasives

Get a Price/Quote

Alumina-Zirconia (40%) For Coated And Bonded Abrasives Specification

Color
Blue

Product Type
Abrasive grain

Material
Alumina-Zirconia (40%)

Application
Coated and bonded abrasives

Condition
New

Use
Industrial abrasives

Capacity
High grinding efficiency

Alumina-Zirconia (40%) For Coated And Bonded Abrasives Trade Information

Main Domestic Market
All India

About Alumina-Zirconia (40%) For Coated And Bonded Abrasives

Alumina-Zirconia (40%) For Coated And Bonded Abrasives we present is genuine eutectic zirconia-aluminum oxide grain that produced with the help of a unique process, guaranteeing high intrinsic grain strength, as well as high resistance to dulling. It is long-lasting material in the abrasive industry, outperforming other abrasives such as silicon carbide and brown fused aluminum oxide. Made available with us in varied customized sizes, and shapes, Alumina-Zirconia (40%) For Coated And Bonded Abrasives can be acquired in multiple colors, and needed amount with safe packaging.

Color	Multi
Material	Alumina - Zirconia
Size	Customized
Brand	Synco Industries
Country of Origin	Made in India

Superior Heavy-Duty Grinding Performance

Alumina-Zirconia (40%) delivers high grinding efficiency even in the most demanding industrial environments. Its angular grains provide aggressive cutting action, while outstanding fracture resistance allows longer usage life. Suited for both coated and bonded abrasives, this material consistently meets the needs of sectors requiring robust grinding solutions.

Versatile Particle Size Range for Multiple Applications

Offered in particle sizes from F16 to F220, Alumina-Zirconia (40%) can be tailored to a variety of abrasive processes. This versatility means it supports everything from initial heavy grinding to fine finishing in machinery, metalworking, and surface preparation tasks.

FAQ's of Alumina-Zirconia (40%) For Coated And Bonded Abrasives:

Q: How is Alumina-Zirconia (40%) used in industrial abrasive applications?

A: Alumina-Zirconia (40%) is primarily incorporated into coated and bonded abrasives such as grinding wheels and sanding belts. Its high hardness and toughness make it ideal for cutting, heavy grinding, and finishing across various metals and alloys.

Q: What benefits does the 40% zirconia content provide compared to standard abrasives?

A: The 40% zirconia content enhances fracture resistance and toughness, resulting in superior durability. This allows for prolonged use in high-pressure applications without significant grain breakage, leading to greater efficiency and lower operational costs.

Q: When should I select Alumina-Zirconia (40%) over other abrasive grains?

A: Choose Alumina-Zirconia (40%) when heavy-duty grinding or finishing is required and longevity is crucial. Its exceptional hardness and resistance to breakage make it preferable for challenging environments and tough materials.

Q: What is the recommended process for using Alumina-Zirconia (40%) abrasives?

A: For optimal results, use the grain in applications with adequate support and cooling, particularly in high-energy processes. Select appropriate particle sizes according to the desired finish, and match bonded or coated forms to your machinery's specifications.

Q: Where is Alumina-Zirconia (40%) typically supplied from?

A: This product is supplied by exporters, manufacturers, suppliers, and traders across India, ensuring availability for industrial customers seeking reliable abrasive solutions.

Q: What makes Alumina-Zirconia (40%) suitable for chemically harsh environments?

A: With its inertness to most acids and alkalis, Alumina-Zirconia (40%) maintains structural and chemical integrity even when exposed to aggressive chemicals during abrasive processing.

Q: How does the angular grain shape affect abrasive performance?

A: The angular grain shape maximizes cutting efficiency by providing sharp edges that penetrate work surfaces effectively, resulting in faster material removal and improved overall grinding productivity.

Tell us about your requirement