Brown Corundum Ba Mark Sand

• Customization: Available
• CAS No.: 1344-28-1
• Formula: Al2O3
• Model NO.: Ba mark sand
• Environmental Protection: Yes
• Function: Heat Resistance, T Is The Preferred Material for Abrasives Industry
• Appearance: Three - Party Crystal System
• Color: Brown
• Transport Package: 25, 500 Kgs Woven Bag /PE Bag
• Specification: F8-F325
• Trademark: Lerona
• Origin: China
• Production Capacity: 200 Ton/Month

Product Description

Brown corundum Ba mark sand

Bamak brown corundum process: is manually selected brown corundum block, using roll, ball milling, Bamak and other equipment processing, granularity from F8-F325. Mainly used for polishing, grinding, industrial grinding, etc., can also be washed according to customer requirements, pickling treatment and other processing methods to meet the different needs of customers.

Barmak brown corundum specification: After pre-furnace and special process re-treatment, reduce the residual carbon content in brown corundum, so that the product in use is not pulverized, non-bursting, toughness is the abrasive abrasive industry, refractory industry preferred raw materials.

Uses: Mainly used in ceramic abrasives, high-grade abrasives, organic abrasives, abrasive belts, coated abrasives and so on.

The characteristics of Bamak brown corundum are as follows: calcined brown corundum C < 0.05%, low carbon brown corundum C < 0.10% and common brown corundum C < 0.15% according to the residual carbon content. Ordinary name is also known as emery, bauxite, carbon materials, iron scraps three raw materials in the electric furnace after the melting reduction of brown man-made corundum, it is brown corundum.

Physical and chemical indexes of Ba Mo brown corundum
 

Detection project	detection result	Detection project	detection result
AL2O3	95%	Ti	1.5-3.8%
Fe	0.5	Crystal shape	Three - party crystal system
Si	0.3	melting point	2250°
Moth hardness	9.o	Knoop hardness	2000-2200Kg/mm2
resistivity	30-300-900-1600cm	Calcined brown corundum C	≤0.05%
Heat transfer coefficient	900° room temperature	Low carbon brown corundum C	≤0.10%
Refractoriness	1850°	Ordinary brown corundum C	≤0.15%
Refraction rate	e=1.760 w=1.768	Microhardness	1800-2200kg/mm2
linear expansion Coefficient	7 - 9 (0 - 1600 C)	Maximum temperature	1900°
density	3.9	Magnetic substance	2%
specific heat	(Cal/g. C)  0.26 (20 - 90 C)	colour	Dark brown, after calcination become deep blue