HP Sheet to Sheet Seamer

  • HP Sheet to Sheet Seamer
  • http://catdavison.com/en/data/images/product/20170913104634_440.jpg
  • http://catdavison.com/en/data/images/product/20170913104638_861.jpg
  • Description
  • Performance
  • Parameters

The sheet to sheet welding system is designed for big sheet to sheet welding, it can use PLASMA, TIG, PLASMA & TIG and MIG/MAG welding process. The material can be stainless steel, aluminum alloy, titanium alloy and so on. It is widely applied in various application of food machinery, dyeing and finishing equipment, power switch bus bar chamber, medical instrument, special material pressure vessels, pipeline for electric power, air condition shell, and so on.

  Use copper made finger clamp to achieve small welding distortion and high welding quality;
  Suitable for 0.4mm-12mm wall thickness sheet welding;
  Suitable for TIG, MIG/MAG, PAW and PLASMA+TIG welding process;
  Suitable for various materials, such as carbon steel, stainless steel, titanium alloy and aluminum alloy, etc.
  Optional to choose standard or customized mechanism according to work piece size.

Model

HP3000

HP6000

HP8000

HP10000

Maximum welding length for single torch (mm)

3200

6160

8160

10160

Maximum welding length for double torch (mm)

2700

5700

7700

9700

Sheet wall thickness

1.0-12

2.0-12

2.0-12

2.0-12

Maximum single side pressure (kgf/cm)

30

30

30

30

Adjustable fingers distance (mm)

10~40

10~40

10~40

10~40

Welding trolley speed (mm/min)

60~1200

60~1200

60~1200

60~1200

Cushion vertical traverse (mm)


Motor driven 60


Motor driven 60


Motor driven 60


Motor driven 60

Dimension (LxWxH) (mm)

6120x1200x1650

9200x1200x1650

11150x1200x1700

13150x1200x1800

Weight (Ton)

5.4

8.9

11.8

13.9


Contact

portrait-icon-21393.png Contact: David Piao

Email-icon-greyscale-transparent-background-300x300.png Email: Sales@huahengweld.com    

black-globe-icon-hi.png Website:catdavison.com

pin-8-512.png Address:No.99 North Wusongjiang Road, Kunshan, Suzhou, Jiangsu, ChinaPR 215300