3,934 High Alumina Support Media
results from115 suppliers
High Inert Alumina Ceramic Balls as Support Media for Tower Packing (90-99%)
- Material: Ceramic
- Structure Feature: Ball
- Type: Random Packing
- Usage: Catalyst Carrier
- Source: Powder
- Alumina Content: 17~23%
99% High Pure Alumina Ceramic Ball Catalyst Support Media
- Material: Ceramic
- Structure Feature: Ballk
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Reduce Cost
- Source: Particle
High Purity Inert Alumina Ceramic Ball Catalyst Bed Support Media
- Material: Ceramic
- Structure Feature: Ceramic Ball
- Type: Ceramic Ball
- Usage: Chemical Industry Product
- Effect: Support Media
- Source: Clay
High Purity Calcined Alumina Balls Catalyst Bed Support Media
- Material: Ceramic
- Structure Feature: Ballk
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Reduce Cost
- Source: Particle
High Alumina Inert Ceramic Ball Support Media for Chemical Industry with High Crush Strength
- Material: Ceramic
- Structure Feature: Ceramic Ball
- Type: Ceramic Ball
- Usage: Chemical Industry Product
- Effect: Support Media
- Source: Clay
High Alumina Ceramic Ball 3mm 90% Al2O3 Alumina Ceramic Balls Support Media
- Material: Ceramic
- Structure Feature: Floating Ball Filler
- Type: Structured Packing
- Usage: Chemical Industry Product
- Effect: Reduce Cost
- Source: Particle
Customized Inert High Alumina Ceramic Ball as Catalyst Support Media
- Material: Ceramic
- Structure Feature: Ball
- Type: Random Packing
- Usage: Chemical Industry Product
- Effect: Grind
- Source: Particle
99%Al2O3 High Alumina Inert Ceramic Ball - Catalyst Support Media
- Material: Ceramic
- Structure Feature: Ball
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product
- Effect: Catalyst Support Media
- Source: Particle
Zhongci 99% High Alumina Ball Catalyst Support Ball Tower Packing Media
- CAS No.: N/a
- Formula: Al3o2
- EINECS: N/a
- Material: Ceramic
- Structure Feature: Alumina Ball
- Type: Support Media
3mm, 6mm, 9mm, 13mm, 19mm, 25mm Porcelain Ball Ceramic Ball as Catalyst Support Media
- Material: Alumina
- Structure Feature: Floating Ball Filler
- Type: Random Packing
- Usage: Chemical Industry Product, Sewage Treatment
- Effect: Improve The Wear Resistance
- Source: Particle
99% Alumina Ball - Catalyst Bed Support Media
- Material: Ceramic
- Structure Feature: Ceramic Ball
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment, Machinery, Chemical, Petroleum, Grind
- Effect: Catalyst Support Media
- Source: Particle
Inert Alumina Ceramic Ball as Catalyst Support Media for Water Treatment Filter
- Status: Catalyst Carrier
- Response Type: Hydrogenation
- Classification: as Catalyst Carrier for Covering or Supporting
- Effect Size: Primary Catalysts
- Manufacturing Method: Mechanical Mixing
- Application Industry: Industry
Ceramic Support Media for Catalyst Alumina Balls Pingxiang Chemshun
- CAS No.: 1344-28-1
- Material: Ceramic
- Structure Feature: Ball
- Type: Catalyst Support Media
- Usage: Catalyst Carrer, Support and Covering
- Item: Inert Alumina Ceramic Balls
High Alumina Ceramic Ball Support Media 99% 99.5%
- Classification: Alumina
- Kind: Alumina Ball
- Quality: First Class
- Packing: 25kg/Pkg, Super Sack, Steel Drum
- Standard: HG/T3683.3-2000
- Port: Shenzhen
95% Alumina Grinding Ball-Support Media with High Temperature Resistance
- Material: Alumina
- Content: >90%
- Usage: Grind
- Processing Type: Isostatic Pressing Type
- Size: Middle
- Color: White
4-6mm Activated Alumina Ball Filter Media for Water Purification
- Drying Method: Dynamic Drying
- Kind: Mineral Desiccant
- Sorbent: Activated Alumina
- Desiccant: Physical Desiccant
- Item: Activated Alumina Ball
- Application: Desiccant, Defluorination, Hydrogen Peroxide
68 70 75 80 92 Alumina Balls as Catalyst Support Media
- Drying Method: Dynamic Drying
- Kind: Mineral Desiccant
- Sorbent: Activated Alumina
- Desiccant: Physical Desiccant
- Item: Activated Alumina Ball
- Application: Desiccant, Defluorination, Hydrogen Peroxide
13mm Ceramic Inert Alumina Ball Catalyst Bed Support Media
- Material: Ceramic
- Structure Feature: Ring Form Filler
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Improve The Wear Resistance
- Source: Particle
Sefu China Storage Media Supply Honeycomb Ceramic for Rco (CATALYST SUPPORT MONOLITH) Ceramic Regenerator
- Material: Metal
- Application: Industry, Food and Beverage, Medicine, Textile, Metallurgy
- Type: Titanium Rod Filter
- Filter Connector: Flat Connector
- Filtration Grade: ULPA Filter
- Activated Carbon Filter Type: Bulk Type
Slotted Perforated Supporting Media
- CAS No.: 66402-68-4
- Formula: Cuznfe4o4
- EINECS: 266-340-9
- Status: Solid Catalyst
- Response Type: Support Media
- Classification: No Description
3/4" Inert Ceramic Industrial Packing Ball Ceramic Ball as Catalyst Support Media
- CAS No.: 11092-32-3
- Formula: Al2O3
- EINECS: 215-691-6
- Material: Ceramic
- Structure Feature: Ball Filling
- Type: Structured Packing
95% Alumina Grinding Cylinder Media for Glaze Preparation
- Application: Loader, Construction Machinery, Metallurgical Machinery, Cement Plant, Mining Machine, Thermal Power Plant, Coal Yard
- Material: Alumina Ceramic
- Type: Wear Resistant Ceramic
- Item Name: Alumina Grinding Cylinder
- Alumina Content: 95%
- Density: 3.86 g/cm3
Wear Resistant 99% High Alumina Grinding Ball Ceramic Grinding Media
- Material: Alumina
- Content: >90%
- Usage: Machinery, Chemical, Petroleum, Grind
- Processing Type: Rolling Type
- Size: 30mm,40mm,50mm,60mm
- Color: White
3-50mm 23%-26% Al2O3 Inert Ceramic Ball Support Media for Oil Refineries
- CAS No.: 11092-32-3
- Formula: Al2O3
- EINECS: 215-691-6
- Material: Ceramic
- Structure Feature: Ball Filling
- Type: Structured Packing
23%-25% Ceramic Ball Support Media
- Material: Ceramic
- Structure Feature: Ball
- Type: Ceramic Ball
- Usage: Chemical Industry Product
- Effect: Supporting Agent
- Source: Particle
99% Chemical Alumina Ceramic Balls as Catalyst Covering Media
- CAS No.: 1344-28-1
- Status: Solid Catalyst
- Classification: Homogeneous Catalysts
- Usage: Positive Catalyst
- Effect Size: Primary Catalysts
- Manufacturing Method: Mechanical Mixing
High-Performance Catalyst Support Media 23-26% Inert Alumina Ceramic Ball for Tower Support
- Formula: Al2O3+ Sio2
- Material: Ceramic
- Structure Feature: Sphere
- Type: Ceramic Ball
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Improve The Wear Resistance
OEM 92% 95% High Alumina Ceramic Packing Ball Inert Ceramic Ball
- Material: Ceramic
- Structure Feature: Ball
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product
- Effect: Catalyst Support Media
- Source: Particle
50mm Inert Alumina Ball High Hardness Packing Balls
- Material: Ceramic
- Structure Feature: Ceramic Ball
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Catalyst Support Media
- Source: Particle
High Alumina Inert Ball 99% Al2O3 Inert Alumina Ball
- Material: Ceramic
- Structure Feature: Ball
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product
- Effect: Catalyst Support Media
- Source: Particle
High Quality Inert Alumina Ceramic Ball 3mm 6mm 13mm Support Media Porcelain Balls
- Formula: Al2O3+ Sio2
- Material: Ceramic
- Structure Feature: Sphere
- Type: Ceramic Ball
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Improve The Wear Resistance
High Temperature and Oxidation Resistance Inert Ceramic Alumina Ball
- Material: Ceramic
- Structure Feature: Ball
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Catalyst Support
- Source: Particle
High Temperature Resistcance Inert Alumina Ceramic Balls for Chemical Industry
- Material: Ceramic
- Structure Feature: Ceramic Ball
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Catalyst Support Media
- Source: Particle
High Alumina Al2O3 Inert Alumina Ceramic Ball
- Material: Ceramic
- Structure Feature: Ball
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product
- Effect: Catalyst Support Media
- Source: Particle
High Density Inert Ceramic Ball Support Media Catalyst Carrier
- Material: Alumina
- Structure Feature: Sphere
- Type: Ceramic Ball
- Usage: Chemical Industry Product
- Effect: Catalyst Bed Support Media
- Source: Ceramic Ball
3mm 10mm 25mm 90% Al2O3 Alumina Ceramic Balls High Alumina Ceramic Ball
- Material: Ceramic
- Structure Feature: Ball
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product
- Effect: Catalyst Support Media
- Source: Particle
Inert Catalyst Bed Support 25% Alumina Ceramic Ball for Fertilizer Plant Refinery
- Formula: Al2O3+ Sio2
- Material: Ceramic
- Structure Feature: Sphere
- Type: Ceramic Ball
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Improve The Wear Resistance
Inert Alumina Ceramic Ball 17% 25% 99% Content for Support Bed in Chemical Tower
- Formula: Al2O3+ Sio2
- Material: Ceramic
- Structure Feature: Sphere
- Type: Ceramic Ball
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Improve The Wear Resistance
MW High Quality Pyramid Plastic Polish Media
- Material: Ceramics
- Content: 60% ~ 65%
- Usage: Grind
- Processing Type: Rolling Type
- Size: Middle
- Color: White
Brown Aluminum Oxide Blasting Abrasive Blast Media
- Natural Abrasive Type: Natural Corundum
- Artificial Abrasive Type: Corundum Abrasives
- Application: Sandblasting,Rust Removal
- Function: Surface Deburring
- Source: Natural Abrasives
- Particle Size: Abrasive