What is ASTM UNS N10276 flange?
ASTM B564 UNS N10276 Flange is well known for its versatility and excellent corrosion resistant property.
It Protect the material from the formation of grain boundary contaminants in the weld heat-affected area, thus making this material significantly important to the chemical processing industries.
ASME SB 564 UNS N10276 blind flanges Are strong resistant against stress-corrosion and pitting corrosion.
The flanges exhibit outstanding resistant properties against oxidation environmental conditions up to 19000F.
These are efficient in working in high temperatures and pressure applications.
The flanges comprise nickel, molybdenum and chromium composition makes ASTM B564 N10276 Orifice Flanges heat tolerant and erosion resistant hence it is widely used in the petrochemical, heat exchangers and heavy oil refineries India.
Biggest ASME SB 564 UNS N10276 blind flanges manufacturer in India
Where to find leading manufactures of ASTM UNS N10276 flange in India?
K.K. Industries are one of the most prominent and well trusted ASTM UNS N10276 flanges manufactures in India.
We ensure best quality assured materials at reasonable prices.
All the materials are 100% radiography and ultrasonic tested ASTM UNS N10276 threaded flange to meet the industry standard requirements.
View the key features and surface finish of our ASTM B564 N10276 flange, along with the ASME SB 564 N10276 Ring Type Joint Flanges thickness requirements.
ASTM B564 UNS N10276 Flange
ASME SB 564 UNS N10276 blind flanges
ASTM B564 N10276 flange
Can ASTM B564 UNS N10276 Ring Type Joint Flange withstand highly corrosive environments?
Yes, ASTM B564 UNS N10276 Ring Type Joint Flange are highly strong resistant against harsh chemicals which includes oxidising salts such as cupric and ferric chlorides.
Have excellent resistant property to protect the material from chloride dioxide solutions, hypochlorite and wet chloride gas and successfully withstand high corrosive environments hence utilized in sulfuric acid reactors and other organic chloride industrial processes.
Verify the dimensions and pressure rating of our B564 UNS N10276 weld neck flange
ASTM B564 UNS N10276 Flange Specification
Check the torque chart and temperature rating for our SB564 N10276 Spades Ring Spacers Flanges
ASME SB 564 UNS N10276 flange types
ASTM B564 UNS N10276 blind flange
- Ultrasonic testing
- Surface roughness tester
- Hardness testing
ASTM B564 N10276 rtj flange
- 150 LBS
- 300 LBS
- 600 LBS
ASME SB 564 UNS N10276 slip on flange
- Class 900
- Class 1500
- Class 2500
B564 N10276 socket weld flange
ASME SB 564 N10276 weld neck flange
- Cold Water Finish
- Spiral Serrated
- Concentric Serrated
ASTM B564 gr. N10276 forged flange
- Class 150
- Class 300
- Class 600
As a top stockist and distributor, we offer a wide range of B564 N10276 Reducing Flanges and slip on flanges
ASTM B564 N10276 flange chemcial and mechanical properties
What are the standard packaging and shipping methods for ASTM B564 N10276 flange?
B564 N10276 slip on Flanges Are provided with the high quality and industry standard packaging and shipping methods which includes pallets, wooden crates and strong cases to prevent damage during the transportation.
There are different shipping methods for B564 UNS N10276 flange such as sea freight, air freight and land transportation depend on the location and requirements of the customer.
What is the difference between open die and close die forging of ASME SB564 N10276 Flanges?
Open die and closed die are forging methods to create ASTM UNS N10276 loose flange.
The degree of distortion applied to these raw materials determines how both the forging methods different from each other.
In the open die process the selected ASME SB564 N10276 expander flange is designed between two flat or slightly curved dies without being entirely closed while on the second hand the closed die forging method uses high pressure to produce the materials with specific required shapes.
What is the maximum pressure for B564 N10276 Reducing Flanges can withstand?
The maximum pressure for B564 N10276 Reducing flanges typically depends on various parameters which includes material temperature, size and class ratings.
These can withstand pressure up to 285 psi.