Brown Fused Aluminum Oxide & White Fused Aluminum Oxide

$High Alumina Refractory White Fused Aluminium Oxide Sand Alkali Resistance$

High Alumina Refractory White Fused Aluminium Oxide Sand Alkali Resistance
- Color: White
- Mohs Hardness: 10 Mohs
- Melting Temperature: 2250 Degree Min
- Refractory Temperature: 1900 Degree Min
$High Temperature Resistance Brown Fused Aluminium Oxide Grain 5-8MM For Refractory Ramming$

High Temperature Resistance Brown Fused Aluminium Oxide Grain 5-8MM For Refractory Ramming
- Color: Brown
- True Density: 3.90g/cm3 Min
- Mohs Hardness: 9.0Mohs MIn
- Melting Temperature: 2050°C
Pure White Fused Aluminium Oxide Sandblasting Media Grit F24 F30 F36 For Cutting Wheel
- Feature: High Thermal Shock Resistance
- Mohs Hardness: 10 Mohs Min
- Melting Temperature: 2250 Degree Min
- Refractory Temperature: 1900 Degree Min
Slag Fused Refining Calcium Aluminate Low Melting Point For Steel Making
- Color: Grey Brown
- Features: Uniform Chemical Compositions, Low Melting Point, High Melting Speed, And Short Smelting Time.
- Types: Fused Calcium Aluminate And Sintered Calcium Aluminate
- Bulk Density: Bulk Density
Tilting Furnace Brown Fused Alumina For Resinoid Grinding Al2O3 95.5% Min
- True Density: 3.90g/cm3 Min
- Magnetic Material Content: 0.02%max
- Mohs Hardness: 9.0Mohs MIn
- Melting Temperature: 2050°C
Higher Efficiency White Alumina Corundum F40 F46 F54 Good Self Sharpening
- Melting Temperature: 2250 Degree Min
- Refractory Temperature: 1900 Degree Min
- Bulk Density: 3.45 G/cm3 Min
- Al2O3: 99.3%min
$Brown Fused Alumina Shaped Refractories 320mesh-0 Without Burst Pulverise$

Brown Fused Alumina Shaped Refractories 320mesh-0 Without Burst Pulverise
- True Density: 3.90g/cm3
- Mohs Hardness: 9.0Mohs
- Melting Temperature: 2050°C
- Color: Deep Blue
$High Temperature Resistance White Fused Alumina 3 - 5mm For Refractory Mortar$

High Temperature Resistance White Fused Alumina 3 - 5mm For Refractory Mortar
- Mohs Hadness: 10 Mohs
- Advantage: Wear-resistant
- Density: 3.45 G/cm3 Min
- Refractory Temperature: 1900 Degree Min
Grinding Wheel Abrasive Raw Materials F46 Al2O3 99% White Fused Alumina
- Product Color: White
- Mohs Hardness: 10 Mohs
- Melting Temperature: 2250 Degree Min
- Refractory Temperature: 1900 Degree Min
95% Brown Fused Aluminium Oxide Blasting Grit F54 F60 For Vitrified Wheel
- True Density: 3.90g/cm3 Min
- Magnetic Material Content: 0.02%max
- Melting Temperature: 2050°C
- Mohs Hardness: 9.0Mohs MIn
Wear Resistant Precision Casting Materials F24 F80 F12 White Aluminium Oxide
- Feature: High Chemical Resistance
- Mohs Hardness: 10 Mohs Min
- Melting Temperature: 2250 Degree Min
- Bulk Density: 3.45 G/cm3 Min
Cement Additive Concrete Mix Accelerator Amorphous Non Crystalline C12A7
- Non-crystallization Rate: Over 95%
- Usage: In Tunnels And Underground Engineering
- Specific Surface Area: 5000-6000 M2/g
- Color: Light Gray-green Powder

Who We Are

Introduction

Ruishi Group was established in 1992, which is a diversified group company, business scope includes all kinds of abrasive materials, refractory materials, metallurgical accessories, precision casting ...

QC QC Profile

In order to better develop the company in the future, ensure the company's core competitiveness and improve the technological content of the products, Henan Ruishi Group set up a research & developmen...

Contact Us

Address : 23 Floor , Wuzhou Building ,No.248 ,Kaiyuan Road,Luolong District of Luoyang

Worktime: 8:30-18:00 (Beijing time)

FAX : 86-379-65285889

Email : helen6777@ruishigroup.com

NEWS

: In 2019, the 5th China (zhengzhou) international abrasives grinding exhibition has been successfully concluded

Read More

: Congratulations to henan ruishi group for winning the 2013 national top 10 corundum enterprises

Read More

: Status of bauxite utilization in brown corundum industry in China

Read More

	Factory Address:Ruyang County Industries Agglomeration Area

	Sales office:23 Floor , Wuzhou Building ,No.248 ,Kaiyuan Road,Luolong District of Luoyang

	+86-379-65286158

	helen6777@ruishigroup.com

LEAVE MESSAGE