Textile bonding - Import export

It is a general-purpose double sided tape based on a light weight tissue paper. The tape is coated on both sides with a high tack permanent hotmelt adhesive system. White siliconised paper release liner. For bonding of cardboard, textiles,leatherette,..etc Thickness:90my

It is a general-purpose double sided tape based on a light weight tissue paper. The tape is coated on both sides with a high tack permanent acrylic adhesive system. Yellow siliconised paper release liner. For bonding of cardboard, textiles,leatherette,..etc Thickness:80my

For the bonding of thermoplastic textiles, the Triad Wedge Welding System is ideal for your in house fabrication needs to produce tents, tarps, awnings, flags, banners, liners, covers, curtains, bags, tubes, etc. The Triad can weld PVC, PE, PP, Urethane and many other weldable, flexible membranes. It can also weld supported and non supported material in thickness of 5 to 100 oz. and is designed to be portable, versatile and user friendly. HOW DOES IT WORK? The welding of various thermoplastics occurs by a combination of wedge temperature, material speed passing over the wedge, and pressure of the pinch rollers. The material is placed between the pinch rollers and the hot wedge is inserted. Contact is made between the top and bottom of the material and a melting of the coating occurs with a certain speed of the material crossing the hot wedge surface. The pinch rollers then apply pressure to the melted coating to create the lasting bond.

For the bonding of thermoplastic textiles, the Triad Wedge Welding System is ideal for your in house fabrication needs to produce tents, tarps, awnings, flags, banners, liners, covers, curtains, bags, tubes, etc. The Triad can weld PVC, PE, PP, Urethane and many other weldable, flexible membranes. It can also weld supported and non supported material in thickness of 5 to 100 oz. and is designed to be portable, versatile and user friendly. HOW DOES IT WORK The welding of various thermoplastics occurs by a combination of wedge temperature, material speed passing over the wedge, and pressure of the pinch rollers. The material is placed between the pinch rollers and the hot wedge is inserted. Contact is made between the top and bottom of the material and a melting of the coating occurs with a certain speed of the material crossing the hot wedge surface. The pinch rollers then apply pressure to the melted coating to create the lasting bond.

This special Triad has been designed around the basic finishing needs of the digital graphics market. This package, based on the 1" (25mm) hem wedge and housing, can provide several welding functions including overlap, flat hem, hem cord and pole pocket welds. The Triad Digital Graphics Package is also available with a 1.5" (38mm) wedge for a larger finish size. For the bonding of thermoplastic textiles, the Triad Wedge Welding System is ideal for your in house fabrication needs to produce tents, tarps, awnings, flags, banners, liners, covers, curtains, bags, tubes, etc. The Triad can weld PVC, PE, PP, Urethane and many other weldable, flexible membranes. It can also weld supported and non supported material in thickness of 5 to 100 oz. and is designed to be portable, versatile and user friendly. HOW DOES IT WORK? The welding of various thermoplastics occurs by a combination of wedge temperature, material speed passing over the wedge, and pressure of the pinch rollers.

Resin bonded materials in canvas and velveteen. For more infos check our webpage in the website description.

Rubber-bonded textiles in different materials: two-bodied velveteen, three-bodied canvas, three-bodied velveteen + jersey knit fabric, three-bodied velveteen + nonwoven fabric. For more infos check our webpage in the website description.

Silicon added to Dacron fabric and thermo-bonded textile materials. For more infos check our webpage in the website description.

Waterproof resin textiles bonded with canvas. For more infos check our webpage in the website description.

Based on a long tradition of ultrasonic processing KLN Ultraschall AG also today develops and builds edge-welding machines for textile back injection molded parts. Here in very complex fixtures the textile overlap is put around the part and fixed by means of special sliding technology. This is a highly complex task and requires sound experience in construction and optimisation of the assembly. Here the important know-how is the tool design and not the machine technology. After “edge folding” the stretched textile overlap is permanently bonded with the plastic by means of ultrasonic technology or permanently heated elements on the back of the plastic part.