Robust Structure Ceramic Foam Filters

Name: Robust Structure Ceramic Foam Filters
Brand: BIO-X
Price: 4000 INR
Availability: InStock

Price 4000 INR/ Box

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MOQ : 5 Pieces

Robust Structure Ceramic Foam Filters Specification

Physical Form
Foam-like solid

Storage
Store in a dry ventilated area away from moisture and extreme conditions

Ingredients
Ceramic materials (e.g. silicon carbide zirconia)

Density
2.0 Gram per cubic centimeter(g/cm3)

Ph Level
Neutral

Grade
Industrial grade

Shelf Life
Indefinite under proper storage conditions

Smell
Odorless

Usage
To remove impurities and inclusions during the molten metal casting process

Solubility
Insoluble in water

Poisonous
NO

Appearance
Porous rigid foam structure with uniform pore size

Melting Point
Typically above 1500°C (material-dependent)

Shape
Square rectangular or circular as required

HS Code
69039090

Properties
High thermal stability excellent filtration efficiency lightweight durable

Application
Filtration of molten metal in foundry and casting industries

About Robust Structure Ceramic Foam Filters

Robust Structure Ceramic Foam Filters are precision-engineered filtration solutions designed to ensure optimal performance in foundry and casting industries. These filters feature a porous, foam-like structure with uniform pore size, facilitating effective removal of impurities and inclusions from molten metals. Crafted from premium ceramic materials such as silicon carbide and zirconia, they boast exceptional thermal stability and durability, making them highly reliable for industrial applications. Lightweight and odorless, they are industrial-grade filters with a neutral pH level, insoluble in water, and capable of withstanding extreme temperatures with a melting point typically above 1500C, material-dependent. Available in square, rectangular, or circular shapes, these filters seamlessly adapt to various processes. Their indefinite shelf life under proper storage conditions ensures long-term usability. Store in a dry, ventilated area away from moisture and extreme conditions for optimal performance.