Knit fabric - Import export

Tubular-knitted copper tape made from Cu-ETP1 and Cu-OF1 in tin-plated, bare upon request, soft annealed. Single wire diameter Ø 0.10 mm, processed in 1 x 0.10 mm or 2 x 0.10 mm. Width 25 mm. For electrical shielding.

Flat-knitted copper tape made from Cu-ETP1 and Cu-OF1 in tin-plated, bare upon request, soft annealed. Single wire diameter Ø 0.10 mm, processed in three-fold and eight-fold. Width of flat-knitted copper from 20 mm to 100 mm. For electrical shielding.

Compacting is the last finishing process after relaxation or drying and has thus decisive importance for the residual shrinking, the hand and the aspect and the shine of the fabric before cutting and makeup. The BRÜCKNER compacting calender is characterized by an extremely short fabric path, an optimum traction control and a sophisticated drive technology allowing high production speeds with consistent fabric quality. Depending on the fabric type and the quality requirements, BRÜCKNER can offer the following compacting solutions two felt belt compactors arranged one behind the other, rubber belt shrinking unit according to the Sanfor principle, rubber belt shrinking unit with downstream arranged felt belt compacting calender. In addition, the following units can be integrated into the compacting line equalizing frame for the overspreading and width control, straightener, steamer unit, edge cutter (knife or scissor type).

The relaxation dryer serves for the drying, relaxing and shrinking of knitted fabric in tubular and openwidth form but can be used also for the treatment of woven fabric. Residual shrinkage is reduced to a minimum and the fabric gets a very good dimensional stability across the length and width and a fleecy, soft and voluminous touch. Depending on the customer’s requests and the needed capacity, the dryer is available with one, two or three fabric passages. This dryer is mainly used to finish articles made of natural fibres such as cotton, viscose and wool but also of blends thereof or blends with elastane, polyamide or polyester. Such fabric qualities are mostly further processed for underwear (ribware), nightwear (Interlock), polo shirts (Piqué), Tshirts (single jersey) or sweat shirts (fleece or sweatware). The residual shrinkage is reduced to a minimum and the fabric gets a very good length and width stability and a fleecy, soft and voluminous handle.

Finishing on a sanfor line provides the fabric with a more stable structure, a silklike shine, a smoother touch and minimum residual shrinkage. The rubberbelt compacting line is made for the sanforisation and compacting of woven fabric and some kinds of knitted fabric, in combination with a felt belt calender the fabric gets on these lines additionally a special touch. The benefits are among others optimum residual shrinkage due to the hightech drive concept, stabilisation of the fabric structure, silklike shine, soft fabric touch, absolutely constant shrinkage due to a new automatic shrinkage control system available as option, production speeds up to 100 m/min are possible, extended service life of the rubber belt due to the larger diameter of the compacting rollers and an optimised rubber belt cooling system, integrated menudriven rubber belt grinding process, minimisation of vibrations, all bearings arranged outside of the wet area and therefore no corrosion.

The stenter is the heart of textile finishing. It develops more and more into a multipurpose line for the production of technical textiles and other webshaped materials. Several thousands of BRÜCKNER stenters are in use all around the globe. Every day they are stentering, drying, heatsetting, functionalizing and coating incountable meters of the most different fabric types. Since many decades BRÜCKNER stenters stand for highest quality and performance and are producing sustainably and energyefficiently. The most important benefits of these stenter frames are highest drying performance and process control matching any type of fabric due to the technically mature and proven splitflow air circulation system, very homogeneous air flow and temperature distribution due to alternately arranged thermo zones, very low specific energy consumption, extremely robust chains, chain rails, pin bar carriers and clips, needing only little maintenance.