Textile Calender Machine for Cotton Fabric

38000.00 - 45800.00 USD ($)

Get a Price/Quote

Request To Call Back Send Inquiry

Textile Calender Machine for Cotton Fabric Price And Quantity

FOB Port Qingdao or Tianjin
Payment Terms Letter of Credit (L/C) Western Union Telegraphic Transfer (T/T)
Supply Ability 100 Set Per Year
Delivery Time 25 Days
Main Export Market(s) Western Europe Central America Eastern Europe Africa Middle East South America Asia North America
Certifications ISO,CE

Introduction

The Calender machine is used for processing cotton and cotton-blend tubular fabric.It equipped with reinforced support plate, 14mm thickness of blanket and mechanical folding machine.
After processing with this machine, the fabric could reach certain size and smooth appearance.
The Calendering Machine is an economic and easy operation model of textile machine. It can meet normal requirements of fabric processing.
The Maximum width of the fabric: Single 1500mm; Dual 2x800mm
We can provide the following machine based on different heat sources: Steam / electricity + oil.
Steam-heated drying cylinder is 140°C Max and the temperature of other heat source could reach 180°C.
The Calender machine can process thick fabric (three-layer insulation fabrics).

Working width	1450mm (cylinder length 1550mm)
Machine speed	3~30m/min
Technical speed (actual speed when working)	15-20m/min (depends on process)
Steam box steam consumption	60~100kg/hour
Temperature control precision	±1
Cylinder heating pattern:	steam heating (consumption:4-6Kg/cm² steam 80-100Kg/H;)
Electric oil	(consumption:25-30KW/H)
Recycling oil	(consumption 30000-50000Kcal/ H)
Machine Power
Steam heated	10Kw
Electric oil	46 KW/H
Circulation oil	10Kw
*Dimension(LWH)*	6400 x 2750 x 2250mm
Weight	4.5tons

Advantage:

With advanced technology and best quality, we make sure that you can get satisfied products based on our pleasant
We possess the upgrade and design ability with our professional technical team, your customized design could be changed into drawing.
cooperation.