textile calendering machine online manufacture

Nonwoven Calender Machine For Non-Woven Fabric Nonwoven Calendering Machine It is suitable for heat treatment of nonwovens surface to reach required thickness and smoothness. Our company has researched nonwoven ... Read More

Large Fabric Textile Calender Oil Roll Heat Transfer Machines Sublimation Heat Press Transfer Machine For Transfer Print Application Roll Sublimation transfer printing machine Roll Width 1.8m 70.87inch Voltage ... Read More

Digital Sublimation Heat Transfer Calender Fabric Rotary Heat Press Machine Item name Textile calender heat press machine JC-26B Printing/Roll width(MM) 1200 47 Drum Diameter(Inch) 210 8.27 Gross Weight 450kg ... Read More

3.5m Fabric Calender Machine , Textile Rolling Machine For Nonwoven Function and characteristics The machine is used to process the batt of fiber to obtain a hard and thick thermal-bonding wadding.The low melt ... Read More

Changshu CE/ISO9001 2.5 m double roller Nonwoven Calender Machine Pattern 3 Vertical rollers The Top Roller Soft roller The Middle Roller Heating steel mirror roller The Bottom Roller Soft roller Nominal ... Read More

3 Set Take Up And Feeding System Digital Textile Roll To Roll Calendering Fabric Heat Transfer Sublimation Machine Diameter of cylinder 220mm The roll surface Teflosns coating Power supply 220V/380V Heating ... Read More

1.7m Multi-Function Mini 360 Sublimation Transfer Textile Roll Fabric Rotary Printing Drum Calender Roller Product name Mini Roller Sublimation Machine Heating form High temperature heat transfer oil Heating ... Read More

Automatic Fabric Calender Roller Sublimation Heat Press Machine Name Multifunction Transfer Printing Machine Power 46kw Voltage 380V/50HZ Heating Oil heating Drum Diameter 600mm(420mm/800mm/1000mm is available) ... Read More

Fully automatic thermal bonding wadding machine line for comforter APPLICATION Use of production line: This production line is used to produce high-grade household textile materials like silk cotton, which is ... Read More