About ceramic refractory Spacers available in allsizes
Experience grand performance at an unbeatable price with our first-string Ceramic Refractory Spacers, crafted using the latest technology for impeccable results. Available in all sizes and geometries-including cylindrical, flat, and custom patterns-these spacers boast high thermal shock resistance, low porosity, and exceptional compressive strength (up to 1200 kg/cm2). Their excellent thermal and electrical insulation, extended service life, and resistance to chemicals and extreme temperatures (up to 1700C) ensure durability in demanding environments. Try now-tailored solutions for every industrial need!
Special Features and Commercial Applications
Ceramic refractory spacers, available in all sizes, offer low water absorption (<0.1%), excellent chemical and thermal resistance, and Mohs hardness of 7-9. These first-string components are ideal for high-temperature applications like kiln furniture, thermal insulation in furnaces, lining separators, and reactors. Their grand versatility extends to metallurgy, ceramics, petrochemical, glass, cement, and power generation sectors, making them indispensable for commercial and industrial usage where uncompromised performance is essential.
Export Markets and Delivery Logistics
Our ceramic refractory spacers are charged to meet the needs of discerning clients worldwide. Main export markets include Asia, the Middle East, Europe, Africa, and the Americas, with domestic supply across India. We ensure a smooth drop-off by packing and dispatching orders in sturdy, export-grade cartons with anti-dust wrapping. Delivery time typically ranges from 7-21 days, depending on location and quantity, ensuring prompt and reliable fulfillment to all key regions.
FAQ's of ceramic refractory Spacers available in allsizes:
Q: How are ceramic refractory spacers used in industrial applications?
A: Ceramic refractory spacers are used as kiln furniture, thermal insulators, lining separators, and support components in furnaces and reactors. Their high strength and thermal resistance make them ideal for demanding environments where they can withstand rapid temperature changes and mechanical loads.
Q: What are the main benefits of using these refractory spacers?
A: These spacers offer high compressive strength, low porosity, minimal water absorption, and exceptional chemical resistance. Their impeccable thermal shock resistance and extended service life provide reliable and efficient performance in high-temperature industrial processes.
Q: Where can these ceramic spacers be installed?
A: They can be used in metallurgy, ceramics, petrochemical, glass, cement, and power generation industries. The versatility in sizes and shapes enables installation in various types of kilns, reactors, and industrial furnaces.
Q: What is the process for customizing sizes and geometries?
A: Customers can specify precise dimensions and patterns according to their project requirements. The manufacturing process includes sintering or pressing high-alumina ceramic material, allowing for cylindrical, flat, star, or custom geometries, delivered as per order specifications.
Q: How are orders packed and dispatched for export and domestic delivery?
A: Orders are securely packed in export-grade cartons with anti-dust wrapping to ensure product integrity during transport. Packing and dispatch processes are streamlined for safe drop-off, and delivery times range from 7 to 21 days depending on the destination.