Industrial silicon carbide burner tube has industrial properties such as high strength, no slag, no cracking, long service life, and easy replacement. Because of its own industrial properties.
Silicon carbide nozzles can be widely used in roller kiln, tunnel kiln, shuttle kiln, and other ideal fire kiln furniture, especially suitable for ceramic, chemical, glass, metallurgy, and other industries using natural gas, liquefied gas, coal gas, diesel oil, and other industrial furnaces.
 

1. SiC burner nozzle has already been adopted by most well-known domestic and foreign furnace companies and manufacturers.
2. Suitable for ceramic, chemical, glass, metallurgy, and other industries, and also suitable for industrial furnaces using natural gas, liquefied gas, coal gas, diesel, etc.
3. The maximum using temperature is divided into 1650ºC and 1380ºC.

1. Own production factory.
2. OEM&ODM service can be offered.
3. Free sample: Sample and trial orders are accepted for the quality test.
4. Short delivery: For some regular products, the shortest lead time is 15 days.
5. One-year warranty based on normal operation.
6. Professional Services: Provide all the detailed information and photos from order to delivery.
7. Documents: Offer relative export documents and Certificate of Origin if requires.
8. Warm and considerable after-sale service

Factory production photos

Heat-resistant silicon carbide

 

Q: Are you a trading company or manufacturer?
A: We have our own SiC ceramic production factory, and we're a professional exporter too.

Q: How long is your delivery time?
A: It is around 20 days in the low season and 35-65 days in the peak season.

Q: Do you provide samples for trial orders?
A: Yes, we offer regular product samples for free, but the delivery cost will be for buyers.

Q: What are your terms of payment?
A: Usually value >1000USD, 40% T/T in advance, balance paid before shipment;
    For sample orders, we accept payment through PayPal or Western Union.

Q: Do you have a guarantee for products?
A: One-year warranty based on normal operation.