Fused zirconia alumina is
produced by putting rich aluminum, zirconium supplies, and additives in electric
furnaces, smelting at a higher temperature above 2000°C, then cooling down with
special technology and compacting with the plastic, which has the
characteristics of firm texture, dense structure & high strength.
Fused zirconia alumina is produced in a higher-temperature electrical arc furnace by fusing zirconium quartz sand and alumina. It is characterized by a harder dense structure, higher toughness, and good thermal stability. It is suitable for manufacturing larger grinding wheels for steel conditioning & foundry snagging, in coated tools and stone blasting, etc. It is used as an additive in the Continuous casting refractories. Due to its high toughness, it is used to deliver Mechanical strength in these refractories
Fused Alumina Zirconia types
AZ25 is a dense, and durable
material frequently used to produce very heavy-duty bonded abrasives. AZS25 is
extremely tough & hard with a blocky shape & is re-shaped based on the
original material. It is frequently used for producing extra bonded abrasives
for the steel conditioning industry
The AZ40-F grade products are
specifically engineered for the bonded abrasives. From rough, organic-bonded
abrasives to detailed, vitrified-bonded abrasives, we offer a wide range of
products that can be customized to suit numerous needs. The AZ40-F Grade products
vow to increase material removal rates & to extend usability without
sacrificing beautiful finishes. The AZ40-F Extra Blocky is very tough with a blocky
shape & is re-shaped based on the original grade material. The AZ40-P grade
products are specifically engineered for coated abrasives. While traditional
abrasives get dull or break at the bonding point, AZ40-P Grade abrasives have
unique fracture properties that offer tiny precision in performance and
efficient ability in higher-speed cutting action. These grains not only progress
the overall cutting experience but also spread the usability of your sandpapers
or flap discs.