Ceramic Grain Abrasive Belt

Specification

Material: Ceramic Abrasive Cloth Backing: Polyester Cloth
Sizes: Width 10-120mm , length 330-9000mm Grit: 24-120#

Features

Long deburing life,high cutting rate
Reduce heat and increase performance
Excellent self-sharpening.
Aggressive abrasive performance

Suitable for

Aluminum, Brass, Bronze, Carbon Steel, Cobalt & Nickel Alloy, Copper, Hardened Steel, High Nickel Alloy, Soft Metals, Stainless Steel, Titanium, Titanium/Zirconium

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Size		Backing Material	Abrasive Belt Joint
width/mm	length/mm	Polyester, cotton, Poly-cotton	Overlapped / Butt splice / S joint
3~120	305~820

Note: Special size and grit available

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Ceramic aluminum oxide grain blend surpasses aluminum oxide abrasives in cut-rate. Durable ceramic grain, blend extends belt life, producing more parts per belt and requiring fewer belt changes. Heavy weight polyester backing supports high-pressure, tough applications and can be run wet or dry. Contains a grinding aid to reduce heat and increase performance when used stainless steel and other exotic metals Durable resin bond resists deterioration from heat, extending the life of the belt.
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Raw materials of our sanding belt are from VSM, Deerfos, Sunmight etc, which can guarantee the consistent polishing performance. By using German glue, American tape and the advanced machine like skiving, slitting and press machine, our sanding belt joint is very strong and service life is long, which can save processing cost and time for clients.

Temperature and humidity requirements:
The abrasive belt should not be stored in a place where the temperature and humidity change greatly. The ideal temperature is: 18-220C; the ideal humidity is 40-65%. If the temperature is too high, the binder will age and reduce the service life of the belt. Synthetic fiber matrix belts (such as polyester cloth belts) are sensitive to cold and cannot be stored in cold warehouses.
If the humidity is too high or too low, the belt will be deformed, and the deformation will reduce the bond strength of the belt sand layer. In particular, excessive humidity has a serious impact on the abrasive belt. In addition to water-resistant abrasive belts, the general belts are used after being damp, and they are prone to discounts and wrinkles, which cause the belt machine to be scrapped. In addition, the abrasive material is easily adhered to the surface of the abrasive belt when the wet abrasive belt is ground, reducing the service life of the abrasive belt. The high temperature and low humidity have a great influence on the paper-based abrasive belt, which makes the paper-based abrasive belt brittle and easy to break and scrap when used.