Automatic Impregnation Lamination Line for Various Applications

Automatic Impregnation Lamination Line for Various Applications

Unwinding Spreading Impregnation Lamination with Carrier Heating Drying Accumulating Rewinder (Double Roll Automatic Changing)

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Product Description
Specification
Product Feature
Related Application

Product Description

Place the fiber on the rack, roll back to the cluster device and arrange in parallel. Then parallel them after the cluster pass through the finishing device to form the parallel and closely packed filament bundles. After the spread of the fibre, add tension to ensure the smoothness of the fibre. After impregnating the fiber with the adhesive device, combining the membrane through the uniform filament bundle after the adhesive device. After the heat roller evaporation resin solvent curing, forming the fabric.

Specification

Machine roller width	1800mm
Max material width	1650mm
Gluing method	Dipping glue
Spreading method	Mechanical multi-roller+special shaped
Control mode	HMI+PLC
Drive control	Variable frequency drive
Heat source mode	Oil heater
Temperature control method	Module
Roller surface treatment	Mirror surface of the friction roller of the whole machine
Dynamic balance	Mirror roller heating roller of the whole machine
Total power	135kw
Lamination speed	3-11m/min
PLC Brand	Mitsubishi
Main Motor Brand	Siemens
Inverter Brand	Yaskawa
Electrical Parts Brand	Schneider/Omron
Temperature Control Brand	Fuji

Product Feature

1

The non-weft fabric production line adopts stable mechanical operation rollers and special-shaped devices to spread the fibre evenly, impregnate with resin glue and lamination with the carrier PE film, dry and solidify, and then go through the 0/90º orthogonal lamination in the back. The product has excellent properties such as low density, abrasion resistance, impact resistance, and strong cutting resistance.
2

The equipment uses resin adhesives to produce non-weft fabrics.
3

Adopt HMI+PLC control system, easy operation, high production efficiency, and reduce the tedious operation.
4

The mirror surface processing rollers are used for fibre pulling and fibre laying to ensure that the damage to the fiber performance is reduced to the greatest extent during the operation.
5

The machine adopts gear transmission, which has strong torque transmission and stability.