85% Alumina High Temperature Corundum Ceramic Roller for High Purity Glass Tempering Solutions

• Customization: Available
• Feature: Chemical Corrosion Resistance, Corrosion Resistance, Good Abrasion Resistance, Good Insulation Performance, High Mechanical Strength, High Melting Point, Thermal Shock Resistance
• Production Process: Sintering Method
• Shape: Pipe
• Keywords: Ceramic Roller
• Color: White
• Material: Alumina Ceramic
• Raw Material: Zr Al2O3
• Model Number: RS
• Bibulous Rate %: 3-11
• Type: Ceramic Rollers
• Advantage: Good Thermal Shock Resistance
• Product Name: Rongsheng Ceramic Roller
• Straightness: Length X≤0.07%
• Modulus of Rupture MPa: 40-80
• Bulk Density g/cm3: 2.3-3.0 g/cm3
• Application: Industrial Ceramic
• HS Code: 6914100000
• Production Capacity: 50000 Pieces Per Year

Product Description

Product Description

Introducing the exceptional Corundum Ceramic Roller, the epitome of excellence in refractory materials for roller kilns, and a cornerstone of modern industrial track kiln technology. This outstanding ceramic roller not only serves as a crucial component for bearings and transmissions but excels at managing ceramic products even under extreme temperatures reaching up to a scalding 1400°C. Meticulously crafted from premium-grade alumina, our ceramic roller is unparalleled in its high-temperature resistance, offering superior hardness and an impressive carrying capacity. It is extensively utilized across high-temperature furnaces, proving indispensable for firing wall tiles, glazed floor tiles, and sanitary ware, among many other applications. The Corundum Ceramic Roller truly represents the pinnacle of durability and performance in harsh environments.

 

Product Parameters

Diameter: Available in a versatile range, accommodating diameters from 16mm to a robust 200mm, ensuring adaptability for various industrial requirements.
Length: This ceramic roller spans from a practical 1000mm to an extensive maximum of 5500mm, providing flexibility to suit diverse production needs.
Temperature Resistance: Engineered to withstand extreme temperatures soaring up to an impressive 1400°C, guaranteeing reliable performance in the most challenging conditions.

Item	N98	G98	S95	H80
Bulk Density g/cm3	2.7-2.8	2.8-3.0	2.5-2.7	2.3-2.5
Bibulous Rate %	5-8	3-6	9-10	9-11
Modulus of Rupture Mpa	50-55	70-80	40-50	45-55
High Temperature Modulus of Rupture Mpa	≥50	≥55	≥45	≥40
Maximum use temperature	1350	1400	1250	≤1100
Thermal Shock Resistance	Good	Good	Good	Good
Raw Material Composition(Zr Al2O3) %	76-81	78-85	SIC 55%	75-80%
Specifications	Diameter φ16-200mm			Length 1000-5500mm
Straightness	Length X≤0.07%

 

 

 

Our Advantages

By harnessing the capabilities of the world's most sophisticated automated shuttle kiln and selecting the finest raw materials from both domestic and international sources, we have achieved a remarkable production capacity of 500,000 pieces annually. This ensures not only excellence in product quality but also unmatched efficiency and reliability for our customers.

 

 

Company Profile

Rena New Materials Co., Ltd. stands as a paragon of excellence in the realm of industrial ceramics and refractory insulation materials manufacturing. Catering to a broad spectrum of industries such as steel, metallurgy, chemical, and building materials, our products are the embodiment of superior quality and steadfast reliability. Upholding a 'Customer First' philosophy, our commitment is to deliver unparalleled customer service, meticulously addressing the unique requirements of each client with precision and dedication. Known for fostering robust professional relationships grounded in trust and excellence, Tianjin Rena New Materials envisions becoming the most reliable partner for our clients, driving innovation and progress within the industry. Our unwavering pursuit of excellence is mirrored in our extensive global reach, with our products available in over a dozen countries including Europe, Australia, and East Asia, consistently winning the admiration and trust of our international clientele.