Zirconia Powder (Particle Size: 2, Unstabilized, 99% ZrO2)
Zirconia Powder (Particle Size: 2, Unstabilized, 99% ZrO2)
SKU:ZIR-63b7cf
Enhance performance with precision! 2 Mean Particle Size Zirconia Powder for high temp applications.
Regular price
$49.99
Regular price
Sale price
$49.99
Unit price
per
Initiate Order
Zirconia Powder (Particle Size: 2, Unstabilized, 99% ZrO2)
$49.99
Quantity: 1
Claim Your Seller Account
Zirconia Powder (Particle Size: 2, Unstabilized, 99% ZrO2)
$49.99
Quantity: 1
Delivery via Maden
Expect your order to arrive on time.
Secure Payments
All orders are processed through a secure, PCI-compliant checkout.
Our 2 Mean Particle Size Zirconia Powder is crafted for precision. With particle sizes optimized for high performance, this unstabilized Zirconia material excels as an additive, a coating material, and an abrasive. It enhances resistance to high temperatures, abrasives, and chemicals, making it a versatile choice for various applications. Ideal for institutions seeking top-quality materials with proven durability.
Product Specifications
Material Material
Zirconia - unstabilizedZirconia is most commonly used in a stabilized form. As an unstabilized material, it is mainly used as an additive, a coating material, or an abrasive in powder form. Zirconia is added to glass and to glazes to increase their resistance to alkaline solutions and also to glazes in higher concentrations as an opacifier. Additions of Zirconia to alumina increase the toughness, strength and wear resistance of the material. Plasma sprayed Zirconia coatings show good thermal insulating properties at the temperatures encountered in jet engine combustion chambers.
Physical Properties Density
6.100 g·cm-3
Specifications Form
Powder
Specifications Mean Particle Size
2
Specifications Weight
50 to 1000 g
Thermal Properties Melting Point
2650.00 ºC
Thermal Properties Upper Continuous Use Temperature
2200 ºC
Type Type
CeramicCeramics are non-metallic, non-organic materials. They exhibit excellent resistance to high temperatures. Although they have comparatively low densities, they are extremely hard but tend to be brittle. They show good resistance to both abrasives and chemicals.