​Welcome to ANDA

×
2 By 2 Feet Pvc Ceiling Tile Making Machine
2 By 2 Feet Pvc Ceiling Tile Making Machine
2 By 2 Feet Pvc Ceiling Tile Making Machine
2 By 2 Feet Pvc Ceiling Tile Making Machine
2 By 2 Feet Pvc Ceiling Tile Making Machine
2 By 2 Feet Pvc Ceiling Tile Making Machine
×

2 By 2 Feet Pvc Ceiling Tile Making Machine 2 By 2 Feet Pvc Ceiling Tile Making Machine

PVC Ceiling tile making machine is used to product pvc ceiling panel,pvc ceiling tile with size of 595 x 595 mm , 600 x 600 mm , 603 x 603 mm , 2 by 2 feet .

Quantity:
  • Model: SJSZ65/132 ; SJSZ80/156
  • Brand: Anda Machinery
  • Code: AD-65/80
  • Product Description
  • Customer Photo

pvc ceiling tile making machine

2 by 2 feet pvc ceiling tile making machine

PVC wall panel extrusion machine1.png

PVC ceiling tile making machine is used to product pvc ceiling tile ,pvc ceiling panel with size of 2 by 2 feet , 595 * 595 mm ,600 *600 mm , 603 *603 mm . the surface of pvc ceiling tile can be treated by hot stamping printing for different colors or patterns to fit various decoration style .


Main features for PVC ceiling tile making machine :

1.Speed controlled by inverter, saving power and easy to adjust speed

2.Extruder temperature controlled by Omron intelligent controller, temperature fluctuation self adjusting
3.Low power consumption: lowest total production line consumption 25kw/hour

4.Economical price, suitable for large scale investment.

Panel wall production line.jpg

Main parameter for PVC ceiling tile making machine :

Model
SJSZ48/113
SJSZ53/128
SJSZ65/132
Product width
150mm - 250mm
250mm - 350mm
400mm - 600mm
Extruder
SJSZ48/113
SJSZ53/128
SJSZ65/132
Capacity per 24H
>800m2
>1200m2
>1600m2

high-speed PVC ceiling tile making machine is used to produce PVC ceiling tile with widths of 200mm, 250mm, 300mm and 600mm with different cross-sectional shapes and heights. The surface of the PVC ceiling can be treated with two-color printing and glossy oil treatment, or by thermal transfer or lamination, and marble, wood design can be made on the surface of the product.