3,122 Inert Alumina Ball
results from115 suppliers
3mm 6mm 10mm 30% Al2O3 Inert Alumina Ceramic Ball (Alumina-content-can-be-customized)
- Material: Ceramic
- Structure Feature: Ceramic Ball
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Catalyst Support Media
- Source: Particle
Catalyst Support Media Inert Alumina Ceramic Ball Inert Ceramic Balls Manufacturer
- Material: Ceramic
- Structure Feature: Ceramic Ball
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment, Machinery, Chemical, Petroleum
- Effect: Catalyst Support Media
- Source: Particle
OEM Inert Alumina Ceramic Ball 3mm 6mm 10mm Support Media Porcelain Balls
- Material: Ceramic
- Structure Feature: Floating Ball Filler
- Type: Structured Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Improve The Wear Resistance
- Source: Particle
Inert Alumina Ceramic Grinding Ball Alumina Content 23% Ceramic Packing Ball
- Formula: Al2O3 & Sio2
- Material: Ceramic
- Structure Feature: Floating Ball Filler
- Type: Structured Packing
- Usage: Chemical Industry Product
- Effect: Reduce Cost
Inert Alumina Ceramic Ball 17% 25% 99% Content for Support Bed in Chemical Tower
- Formula: Al203+Si2
- Material: Ceramic
- Structure Feature: Support Ball
- Type: Tower Packing Support
- Usage: Chemical Industry Product
- Packing: Woven Bag with Pallet
17-23% Industry Media Inert Ceramic Alumina Ball Ceramic Ball
- Usage: Chemical Industry Product
- Product Name: 17-23% Ceramic Inert Ball Catalyst Bed Support Med
- Density: 1.3-2.2kg/Cm3
- Alumina Content: 17-23
- Key Words: Alumina Inert Ball
- Moh′s Hardness: >6.5 Scale
High Density 17-19% Al2O3 Inert Alumina Supporting Ceramic Grinding Ball
- Formula: Al2O3 & Sio2
- Material: Ceramic
- Structure Feature: Floating Ball Filler
- Type: Structured Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Improve The Wear Resistance
Factory Supply 17-23% Alumina Inert Ceramic Ball Catalyst Support Packing Ball
- Material: Ceramic
- Structure Feature: Ring Form Filler
- Type: Random Packing
- Usage: Chemical Industry Product
- Effect: Improve The Wear Resistance
- Source: Particle
17%~19% 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
Inert Ceramic Ball Al2O3 Alumina Ceramic Balls
- CAS No.: /
- Formula: Al2O3
- EINECS: /
- Classification: Al2O3
- Grade Standard: Industrial Grade
- Quality: First Class
High Aluminum Ceramic Ball Ball Mill with Grinding Stone Bead 95/92 Inert Alumina Ceramic Grinding Ball
- Material: Ceramics
- Content: >90%
- Usage: Machinery, Chemical, Grind, Refractory Material
- Processing Type: Isostatic Pressing Type and Rolling Type
- Size: 0.5-120mm
- Color: Brown
17-23% Ceramic Inert Ball Catalyst Bed Support Media Inert Ceramic Alumina Ball
- Material: Ceramic
- Structure Feature: Ball
- Type: Catalyst Support Media
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Support
- Source: Particle
13mm Inert Alumina Media Ceramic Ball for Catalyst Support
- Material: Ceramic
- Structure Feature: Ball
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Catalyst Support
- Source: Particle
99% Alumina Ceramic Ball Inert Catalyst Bed Support Media Refinery 19mm
- Application: Industrial Ceramic
- Purity: 99%
- Type: Ceramic Ball, Ceramic Balls
- Water Absorption: 1-3%
- COA: Available
- Crush Strenght: 3500nmax
Ceramic Industrial Packing Ball Inert Ceramic Beads Inert Alumina Ceramic Balls
- Application: Ceramic Decorations, Refractory, Structure Ceramic, Industrial Ceramic
- Type: Ceramic Ball, Ceramic Balls
- Material: Alumina Ceramic
- Packing: Wooden Case
- Standard: Customized
- Port: Shanghai
Support Catalyst Material 17-23% Inert Alumina Ceramic Balls
- Material: Ceramic
- Structure Feature: Floating Ball Filler
- Type: Random Packing
- Usage: Chemical Industry Product, Sewage Treatment
- Effect: Improve The Wear Resistance
- Source: Particle
High Density Catalyst Support Media Inert Alumina Ceramic Ball for Grinding with Size 30-80mm
- Material: Alumina
- Content: 60%-99%
- Usage: Construction, Machinery, Chemical, Grind
- Processing Type: Isostatic Pressing Type
- Size: Big
- Color: White
Tower Packing Inert Ceramic Ball 3m 6m 8m 10m 13m 16m 20m 25m 30m Alumina Ball
- Status: Solid Catalyst
- Classification: Supporting Agent
- Usage: Negative Catalyst
- Application Industry: Industry
- Certificate: ISO 9001:2015, ISO 14001:2015, OHSAS 18001:2007
- Packing: Carton Box/Steel Drum with Inner PE Bag
Ceramic Porous Ball Inert Alumina Support Ball
- Refractoriness (℃): 1580< Refractoriness< 1770
- Feature: Wear Resistant
- Type: Refractory Material
- Shape: Ball
- Material: Alumina Cement
- Condition: New
Wholesale White Inert Alumina Ceramic Ball
- Classification: Alumina
- Grade Standard: Industrial Grade
- Quality: First Class
- CAS: Ys/T-274-1998
- Ceritificate: Ce,SGS,ISO9001
- Packing: 25kg/Bag
Catalyst Support Media Inert Alumina Ceramic Ball Inert Ceramic Balls Manufacturer
- Status: Solid Catalyst
- Classification: Homogeneous Catalysts
- Usage: Negative Catalyst
- Effect Size: Primary Catalysts
- Manufacturing Method: Mechanical Mixing
- Application Industry: Industry
Inert Alumina Ceramic Ball for Reactor in Adsorbent Bed
- Material: Ceramics
- Content: 17-70%
- Usage: Chemical
- Processing Type: Rolling Type
- Size: 3-70mm
- Color: White
92 99 Inert Ceramic Alumina Grinding Balls with High High Density
- Application: Refractory, Structure Ceramic, Industrial Ceramic
- Type: Ceramic Balls
- Material: Alumina Ceramic
- Packing: Wooden Tray
- Standard: 0.5-60
- Port: Qingdao
Customized Al2O3 3mm-76mm Inert Alumina Microporous Ceramic Perforated Porcelain Ball
- Formula: Al2O3 & Sio2
- Material: Ceramic
- Structure Feature: Floating Ball Filler
- Type: Structured Packing
- Usage: Chemical Industry Product
- Effect: Reduce Cost
Zibo Win-Ceramic Customized Ceramic Tower Packing Inert Alumina Ceramic Packing Balls for Catalyst Bed Support
- Application: Industrial Ceramic
- Type: Ceramic Balls
- Water Absorption: 1-3%
- COA: Available
- Crush Strenght: 3500nmax
- Al2O3 Content: 99.5%
Alumina Ceramic Inert Balls for Absorption Tower Packings (Al2O3: 23~30%)
- Material: Ceramic
- Structure Feature: Spheroidal
- Type: Catalyst Support
- Usage: Chemical Engineering, Chemical Industry Product, Petrochemical Industry
- Effect: Tower Packing and Catalyst Supports
- Source: Balls
17~19%Al2O3 Inert Alumina Ceramic Porcelain Ball
- Material: Ceramic
- Structure Feature: Ball
- Type: Random Packing
- Usage: Chemical Engineering, Chemical Industry Product
- Effect: Catalyst Support Media
- Source: Particle
Customized Catalyst Support Media Industrial Inert High Alumina Packing Ball
- Material: Ceramic
- Structure Feature: Floating Ball Filler
- Type: Structured Packing
- Usage: Chemical Industry Product
- Effect: Reduce Cost
- Source: Particle
Hot 95% Al2O3 High Alumina Support Media 3mm 6mm 10mm 25mm Inert Alumina Ceramic Ball for Chemical Tower
- Material: Zirconia
- Content: >90%
- Usage: Grind
- Processing Type: Rolling Type
- Size: Small
- Color: White
Customized High Alumina Support Inert Catalyst Support Microporous Ceramic Balls
- Material: Ceramic
- Structure Feature: Floating Ball Filler
- Type: Structured Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Reduce Cost
- Source: Particle
92% Al2O3 High Aluminum Porcelain Ball Inert Support Media Alumina Ceramic Ball
- Material: Ceramic
- Structure Feature: Ball
- Type: 92% Alumina Ceramic Ball
- Usage: Chemical Engineering, Chemical Industry Product, Catalyst Support Media
- Effect: Support
- Source: Particle
High Temperature and Corrosion Resistant Inert Alumina Packing Ball
- Standard: GB
- Application: Loader, Construction Machinery, Metallurgical Machinery, Cement Plant, Mining Machine, Thermal Power Plant, Coal Yard
- Material: Aluminum
- Type: Alumina Filler Ball
- Color: White
- MOQ: 300kgs
Ce Quality High Density High Pure Al2O3 Activated Inert Alumina Ceramic Ball
- Classification: Alumina
- Grade Standard: Industrial Grade
- Quality: First Class
- CAS: Ys/T-274-1998
- Ceritificate: Ce, SGS, ISO9001
- Packing: 25kg/Bag
Customized Alumina Contents 23% Inert Alumina Ceramic Ball for Grinding Media
- Material: Ceramic
- Structure Feature: Ball
- Type: Random Packing
- Usage: Chemical Industry Product
- Effect: Grind
- Source: Particle
99% Alumina Packing Ball and Al2O3 Inert Ceramic Ball with High Density
- Application: Ceramic Decorations, Refractory, Structure Ceramic, Industrial Ceramic
- Purity: 99%
- Type: Ceramic Ball, Ceramic Balls
- Material: Alumina Ceramic
- Packing: Wooden Case
- Standard: Customized
99% Alumina Ball and Al2O3 Inert Ceramic Ball with High Density
- Classification: Alumina
- Grade Standard: Industrial Grade
- Kind: Alkaline Oxide
- Quality: First Class
- Packing: Plastic Bag, 25 Kg/Bag
- Standard: 3, 6, 10, 13, 19, 25, 38, 50, 76 mm
17-23% Industry Media Inert Ceramic Alumina Ball
- 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
Inert Alumina Ceramic Ball Use for Catalyst Support
- Material: Ceramic
- Structure Feature: Circular
- Type: Random Packing
- Usage: Chemical Industry Product
- Effect: Improve The Wear Resistance
- Source: Particle
Chemical Industry Support Media Inert Alumina Ceramic Balls for Fertilizer Plant Refinery
- CAS No.: 11092-32-3
- Formula: Al2O3
- EINECS: 215-691-6
- Material: Ceramic
- Structure Feature: Ball Filling
- Type: Structured Packing
Customized Alumina Pellet Support Inert Supporting Ceramic Balls for Chemical Engineering
- Material: Ceramic
- Structure Feature: Floating Ball Filler
- Type: Structured Packing
- Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment
- Effect: Improve The Wear Resistance
- Source: Particle