Polyamide fibres - Import export

Count: 10-20 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 235°C - Rel. Viscosity: 2.75

Count: 10-20 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 235°C - Rel. Viscosity: 2.75

Count: 10-20 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 235°C - Rel. Viscosity: 2.75

Count: 10-20 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 235°C - Rel. Viscosity: 2.75

We have yarns of Polyamide 6.6 since 22 dTex until 110 dTex. These Yarns are excellent for clothing. Fabric made of Polyamide 6.6 has following characteristics: Softer No crinkle due to good elasticity recovery. Less possible to be crispy due to cold weather resistance. Dimensional stability due to higher strength. Higher abrasion resistance. Less yellowish and brighter colour due to more heat resistance. Good sweat absorption and ventilation, easy to wash and quick dry. Application: Underwear, lingerie, pantyhose, fashion apparel, fitness wear, sportswear, ribbons, elastic and covering yarn.

A protective, top quality cut resistant glove. The glove is a technical innovation of the model successfully manufactured since 1983, based on patent technology (invention) while applying modern materials and procedures as well. Due to the new technologies, the glove is more resistant and pleasant to wear. In order to increase the protection level, the hem is extended by 4 cm. The biggest area of applications is in jobs with a high risk of hand injury caused by a cutting edge, namely in the foodstuff industry e.g. chopping the glove is a cheaper and more comfortable alternative to looped gloves. It is useful in other industrial branches as well (for example, sheet metal manufacture etc.). The glove is resistant to contact heat of 100oC according to EN 407 (class 1). The glove is in conformity with EN ISO 13997 as for surface cut, achieving excellent results of 52.9 N (Newton). In comparison, 22 Newton corresponds to class 5 according to EN 388.

AntiCut HT3 this glove is created from a special produced composite of polyethylene and polyamide fibres. In comparison with the glove manufactured from Aramid fibres it is substantially more both abrasion and cut resistant. They can be used advantageously for increased resistance to cuts and abrasions in cases where thermal resitance is not required (this especially affects durability), and also provide protection against the fall of sharp edges. AntiCut HT3 represent a more resistant version of AntiCut HT2 gloves. The comparison table of values according to EN 388

AntiCut HT2 this glove is created from a special produced composite of polyethylene and polyamide fibres. In comparison with the glove manufactured from Aramid fibres it is substantially more both abrasion and cut resistant. These gloves can be used advantageously for increased resistance to cuts and abrasions in cases where thermal resistance is not required (this especially affects durability), and also provide protection against the fall of sharp edges. The comparison table of values according to EN 388

AntiCut SINGER This glove is created from a special produced composite of polyamide fibres. Due to a coarser structure they are suitable for heavier work – handling sheet metal, construction material, etc. The comparison table of values according to EN 388

AntiCut H2 This glove is created from a special produced composite of polyamide fibres. Due to their coarser structure they are also suitable for heavier work – handling sheet metal, construction material, etc. Gloves are offered in a variety of designs. The comparison table of values according to EN 388

67% Cotton, 25% polyamide, 6% other fibres, 2% elasthane. Hand-linked. Each pair packed separately (in plastic bag). Comfortably soft cuffs. Paddings at sock's tip, heal and shinbone. Ribknit at the food's middle for optimal fit. Color: black Sizes: 39-42, 43-46

Sharpking this glove is created from a special composite yarn with glassfiber, polyethylene, polyamide and other ressistant fibres. Retaining fine glove features (feeling in fingers) this glove reaches outstanding values of both abrasion and cut resistence according to EN 388. These gloves contain glass fibres. These gloves are particularly suitable for assembly work, handling sheet metal, handling construction materials, etc., where there is a risk of cuts, scratches, and abrasion. Due to its construction, the glove has an excellent grip ability. Gloves are offered in different versions GRIP – gloves are fitted with nonslip PVC dots SKIN – split cow‘s leather is sewn on the palm; these gloves are primarily used for handling oily sheet metal, on assembly lines, in the construction industry for handling rough materials, in the repair of agricultural machinery, etc. The glove is even resistant against punctures in the reinforced split leather area.

The glove is made of especially produced composite fibre Brinix MAX5, polyamide and polyethylene fibres. While retaining the properties of the fine glove (tactile sensitivity), it achieves excellent values in terms of abrasion resistance and resistance to cutting according to EN 388. This glove can no longer be compared to an aramid glove a similar glove is very difficult to make of aramid. The glove does not contain glass fibres, which break when working with and can cause problems. The glove is especially suitable for assembly work, handling sheet metal, handling building materials etc., where there is a risk of cutting, scratches and abrasions. Due to the construction of the glove, it also has an excellent gripping ability. GRIP – the glove is lined with PVC nonslip fabric.

AntiCut MAX5 this glove is created from a special composite yarn Brinix N5 with steel, polyethylene, polyamide and other ressistant fibres. Retaining fine glove features (feeling in fingers) this glove reaches outstanding values of both abrasion and cut resistence according to EN 388. This glove cannot be practically compared with the Aramid one a similar glove would be produced very hardly. The gloves do not contain any glass fibres, which break to pieces during work! These gloves are particularly suitable for assembly work, handling sheet metal, handling construction materials, etc., where there is a risk of cuts, scratches, and abrasion. Due to its construction, the glove has an excellent grip ability.

We have selvadges of polyamide 6.6 yarn, that we sell for compound.