Centrifugal casting heat resistant furnace roller used in steel plant
Price:Negotiable
Contact Info
- Add:Dainan Industry Zone, Xinghua City, Jiangsu Province,China, Zip: 225724
- Contact: Anna yang
- Tel:86-523-83774983
- Email:sales@jiaxincasting.com
Other Products
Description
Additional Information
Furnace roller Materials
High nickel and high chrome heat resistant alloys, cobalt base alloys, like HU, HT, HK, HP, HW, 24/24NbTiZr, 50Cr/50Ni (2.4813), 1.4865, 1.4849, 1.4848, 1.4410, 1.4059, 1.4841, 1.4845, 1.4852, 2.4879 or as per customer's requirements
Furnace roller Process
Centrifugal casting for barrel/tube, forging for journal/shaft, static /investment or sand casting for cone/ trunions, welding and machining and grinding
Furnace roller Specification
Out diameter: 50 to 2000mm or customized
Thick: 8-50mm
Length: 2000-6000mm
Test
Each piece has to go through our strict inspection, PT, UT, LT, RT, MT,
or according to customers' needs
Advantages
More than 25 years of professional experience and continuous R&D efforts enable us to offer better custom design and engineering advice.
Use only new raw material like nickel plate, chrome iron, cobalt, ferrotungsten to guarantee physical property and increased service life of our castings.
Owned in-house production and inspect facility to guarantee the best quality.
Experienced workers for foundry, machining and welding guarantee excellent quality and prompt delivery
Application
1.heat resistant alloy tubes are mainly used in petrochemical, metallurgary, steel and heat resistant industries.
2.Corrosion resistant alloy tubes are used in pulp and paper, chemical, nuclear, power, and other petrochemical industries.
3.Super-alloys are used in high strength, carburization resistance industry. Working temperature
working at high temperature environment on average: 800 to 1200 degree centigrade
depending on the materials (max 1300 degree centigrade)
| Industry Category | Minerals-Metallurgy/Steel/Steel-Pipes |
|---|---|
| Product Category | |
| Brand: | |
| Spec: | |
| Stock: | |
| Origin: |
