bellows

material :316L
the bellows are used for pressure controller and temperature controller

elastomer bellow mechnical seals. Equivalent to John crane type1A. used in Clean water, sewage water, oil and other moderately corrosive fluids.

1.Forming method: Hydraulic forming
2.shape: U
3. operating temperature : -194℃ -+400℃
4, WAVES : 12
5 .Wall thickness : 0.12mm

EAGLE BURGMANN EA560 MECHANICAL SEALS. Smainly supply pump mechanical seals, auto cooling pump seals, industrial pump seals

1.Forming method: Hydraulic forming
2.shape: U
3. operating temperature : -194℃ -+400℃
4, WAVES : 10
5 .Wall thickness : 0.12mm

John crane Teflon PTFE Mechanical SealsThis mechanical seal is one of the most commonly used for corrosion resistant pumps.

1,stainless steel 316L bellows
2, we are produce the bellows according to your drawing.
3,thickness : 0.25MM

1.Forming method: Hydraulic forming
2.shape: U
3. operating temperature : -60 ℃ -+100℃
4, WAVES : 4

1.Forming method: Hydraulic forming
2.shape: U
3. operating temperature : -194℃ -+400℃
4, WAVES : 15
5 .Wall thickness : 0.17mm

Bellow style expansion joints are a versatile product, and offer solutions to many different industrial applications

1. operating temperature : H80 H -60℃~+100℃
2, WAVES : 4
3.Wall thickness : 0.18mm

we can produce bellows according to your drawing .

1A metallic bellows is made from a thin seamless tube
2. operating temperature : -194℃ -+400℃
3. WAVES : 12
4.Wall thickness:0.12

1.operating temperature : -194℃ -+400℃
2. WAVES :6
3, Wall thickness : 0.15m
4, we are produce the bellows according for your drawing .

1type of bellows: seamless bellows
2.shape: U
3. operating temperature : -60 ℃ -+100℃
4. application : instrument and Thermometer

1.We can offer the sample to the clients
2.operating temperature : -194℃ -+400℃
3. WAVES : 8
4, Wall thickness : 0.12m

1.Forming method: Hydraulic forming
2.shape: U
3. operating temperature : -194℃ -+400℃
4, WAVES : 5
5 .Wall thickness : 0.3mm

1.We can offer the sample to the clients
2.operating temperature : -194℃ -+400℃
3. WAVES : 13
4, Wall thickness : 0.14m

1.Forming method: Hydraulic forming
2.shape: U
3. operating temperature : -60 ℃ -+100℃
4, WAVES : 5
5 .Wall thickness : 0.12mm

1,types of joints : WDX type
2 Material: copper
3.Thickness:0.1mm-0.3mm

1.Forming method: Hydraulic forming
2.shape: U
3. operating temperature : -194℃ -+400℃
4, WAVES : 18
5 .Wall thickness : 0.12m

1.Forming method: Hydraulic forming
2.shape: U
3. operating temperature : -60 ℃ -+100℃

1.shape: U
2. operating temperature : -194℃ -+400℃
3, WAVES : 16
4 .Wall thickness : 0.12m

1.Forming method: Hydraulic forming
2.shape: U
3. operating temperature : -60 ℃ -+100℃
4, WAVES : 15
5 .Wall thickness : 0.12mm

1.Forming method: Hydraulic forming
2.Material:stainless steel 316L
3. operating temperature : -194℃ -+400℃
4.Wall thickness : 0.1mm

1.Forming method: Hydraulic forming
2.shape: U
3. operating temperature : -194℃ -+400℃
4, WAVES : 16

1, 27.15X28,84X18.8
2, types of joints : ww type
3, Material: tin phosphor
4.Thickness:0.1mm-0.3mm

1.Forming method: Hydraulic forming
2.Material:stainless steel 316L
3. operating temperature : -194℃ -+400℃
4.Wall thickness : 0.12mm

Balances and compensates to prevent displacement or vibrations in extreme temperatures, pressure, or thrust.

1.Forming method: Hydraulic forming
2.shape: U
3. operating temperature : -60 ℃ -+100℃
4, WAVES : 12
5 .Wall thickness : 0.18mm