RA 0.4 Single Acting Hydraulic Cylinder For Joining Teflon Conveyor Belts

Name:Custom Made Custom Made Single Action Cylinder for Hydraulic Compression Press for Joining Teflon Conveyor Belts

Hydraulic Compression Press for Joining Teflon Conveyor Belts are made to produce a wide variety of higher strength and lighter weight automotive parts products, including door enforcements, A-pillar, B-pillars, body pillars. For such press we shall need heavy, robust press frames with height heavy fabricated side columns.The hydraulic cylinder for forging presses has been highly required on the quality, and these cylinders are designed for at least 50 years usage,so we have the robust cylinder body thickness -120mm,and all the parts are made from steel C45 / 42CrMo forged and Ultrosand testing passed and stress relief:

Cylinder body:1045/42CrMo one piece forged steel or welded forged steel with stress relief with full UT tested

Piston:C45/42CrMo forged steel rod with heat treatment and surface hard chrome plating with surface RA 0.4 and hardness HRC 45

Seal:German brand or Parker

Guide sleeve:Brass

Custom Made Single Action Cylinder for Hydraulic Compression Press for Joining Teflon Conveyor Belts

Application

Those single action cylinders are for Hydraulic Compression Press for Joining Teflon Conveyor Belts

Main features

1. cylinder body made by steel C45/42CrMo forged steel with Ultrosand testing
2. Piston made by chilled cast iron with surface RA 0.4 and hardness no less than HRC48

3. Seal by Parker

4. Flange ring by steel c45/42CrMo forged steel 

5. Max testing pressure : 32 Mpa

Product Mximum Capacity

CNC machinery:

1. CNC Horizontal lathe: Max Dia 2000mm* Length 15 Meter

2. CNC Deep hole boring machine : Dia1500mm * Length 15 Meter

3. Cylinder body inside grinding machine : Dia1500mm * Length 15 Meter

4. CNC Vertical lathe DIA.5 meters

5. CNC miller:Width 3 meter,length 8 meter

Main machinery procedure

1. Raw material cutting 

2. Lathe into dimension and Ultrosand testing 

3. Grinding cylinder body inside diameter into tolerance

4. Piton rod lathe into dimension

5. Piston rod heat treatment and surface hardened

6. piston out-diameter grinding

7. Piston out surface chrome plating

8. Grinding the piston out surface into tolerance

9. Assembly flange ring with seals and support rings

10. Assembly flange ring into cylinder body

11. Pressure testing

12. Painting and warehouse

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