Fabrics made from linen. For bed linen, table linen, wear, towels, spec linen, heavy linen.
All articles are made from 100% linen in Lithuania and Belarus. We can make articles according to your design and drawings.
SMMS multilayer nonwovens (layers: spunbond-meltblown-meltblown-spanbond) are made from endless polypropylene yarns that are thermally bonded. - SMMS materials serve as a barrier layer that prevents the penetration of bacteria. - Softer than non-woven spunbond - Excellent moisture retention, but at the same time they have good breathability. - Resistant to tearing and stretching, perfectly retain their shape - Resistant to the spread of microorganisms. SMMS materials are intended for use in the medical industry for the manufacture of operating disposable clothing and underwear. SMMS width: 1.6 m density: 20, 25, 35, 50 g / m2. Also available custum width and color .
Non-woven material obtained by spinning polypropylene microfibers (1-5 microns thick), accompanied by the supply of hot air at high speed. Unlike spunbond, the fibers are whipped and laid directly on the conveyor, without stretching. Meltblown has significant advantages over trradional no ovens. These include greatly increased uniformity, both visual and physical, beter coverage per surface unit, increased or complete water permeability with simultaneous breathability, as well as high filtraaon properes. Meltblown is chaacterized by a significant effect of filtraltraon, absorpon and isolaon. Meltblown is successfully used in filters for respirators, industrial masks, vacuum cleaners, filters for filtering liquids and gases, the prproducon of meal clothing and hygiene products. density: 25 g / m2 BFE>98% BFE>95%
Non-woven material obtained from the polymer melt by die-casng using thermal bonding. It is a very light, lint-free, environmentally friendly material. Spanbond perfectly replaces expensive materials, not inferior to them in the thinness of the canvas (while maintaining strength) and breathability. A disnct e feature of the spunbond is its low cost and prpracality compared to tradional m terials. Spanbond, depending on the density, has the widest range of consumpon: fom the use in the manufacture of medical and sanitary products to use as filter materials. width: 1.4-1.6 m density: 25, 35, 40, 50, 60 gr/m2 62/5000 Spanbond width: 1.4-1.6 m
Prefabricated Log House made from pine logs by mashines or hands. Good resistant to earthquake. We make individual houses acording to customer drawings.
The houses ecologically clean and fire and water resistant houses. Walls consist of a wooden or a metal framework filled in with cellulose insulation, film protecting from moisture, vapor retarder film and a MFP board. Materials used in the house construction may be recycled and meet all existing requirements and standards. ECOLOGICAL - collected from high-quality, environmentally clean proven materials. THERMAL RESISTANCE - exceptionally warm house. R = 5 m K/W ECONOMICAL - heating energy consumption - up to 5 times less than a stone or concrete building. QUICKLY ASSEMBLED FOUNDATION - our technology makes it possible not to use the concrete foundation. We recommend quickly assembled foundations designed by German technology, which can be installed in a few hours. FIREPROOF - resistance to an open flame - 1h 15 min.
Non woven fabrics , filters, sms, smms, spunbond, melt blown.
Non-woven fabrics, SMMS, spunbond, melt blown.
table linen.
100% linen. Ready at stock now, made from fabric OBR 536, 245gr and 91cm wide and 97cm long, dark blue.
The apron size 70x100cm with pocket in the middle. The upper part of apron and pocket is tucked 3cm. 100% linen.
Shooting equipment, textile, metal.
Nonwoven material for air filtraition.
Textile, leather.
Prefabricated Wooden Houses, Saunas And Hot Tubs.
Textiles And Cotton..
.design, manufacture and install
.Environmental consultancy and engineering, waste management and treatment consultancy, engineering and facilities design
Alive sheep, fresh and frozen lamb meat, mutton (halal, not halal, kosher), offal, skin, wool.
