High Automatic Stenter Machine Textile Finishing Machine Human - Based Design

High automatic heat setting stenter , horizontal rail , Human - based design

1. Stenter Application:

This machine is suitable for woven or knitted fabric (weight 70-350g/m2) made of cotton, cotton/polyester and other chemical fibre blends.

2. Machine process

Open width entry --- Cloth guider---- 2-bowl Padder mangle ---- Various tension applicator ---- Weft straightner --- - Lower Overfeeding device ---- Upper overfeeding --- Edge detecting & uncurler device ---- Pin-on ------ Chambers for heat setting ----- Pin-off ---- End section ---- Air cooling ---- Plaiting/mini batching.

3. Main technique data:

(1) Machine Hand: Left hand or right hand

(2) Machine Max. nominal width: 3600mm

(3) Machine design speed: 10~150m/min

(4) Fabric stentering range: 500mm~3400mm

(5) Front and back center distance between the pin plate chain plate: according to the design

(6) Heating source: Natural gas/thermal oil/ steam/electricity etc.

(7) Max.Temperature: 230℃

(8) Cloth guide roller: diameter Φ150mm, cloth guide roller is stainless steel composite roller

(9) Pin plate operation mode:  chain run on oil free lubricated rail, pin plate seat installed by two screws run on roller chain

(10) Shape size: according to the different design

(11) Machine weight: about 70T

4. Main features:

--a pneumatic infrared centering unit is employed for precise entering of fabric.

--plate fin uncurlers adopted to obtain good uncurling result.

--an infrared selvedge feeler is used to control the uneven selvedge of fabric.

--infra-red selvedge feeler works sensitively and reliably so that the fabric can always be held by pins or clips precisely.

--no further greasing is needed for the chains, clips or pins and steel tracks working at high temperature and speed oweing to the employment of new material and perfect configuration.

--AC inverter speed control is used for the driving system so that upper and lower overfeeding, brush rolls and delivery roll can run synchronously with the main

Chamber section:

--a control bridge with a color monitor and other control elements is employed at the entry for easy operation.

--automatic and individual temperature control is realized for each chamber by imported temperature controller and precise electric control valve.

--speed control of circulating fans is made by AC inverter, which is connected directly with inverter motors.

--chain tension is controlled automatically by a pneumatic system.