Glass fabric - Import export

Non-flammable light acoustic fabric for backlighting, as wall cladding or as a printing medium. The GLASS 300 KK + 2 light acoustic fabric with A2 certification combines many valuable properties in one product for the demanding application of textile construction . Acoustics is the study of sound and its propagation. The light acoustic fabric we have developed is able to significantly improve the acoustic perception of a room . The clear membrane coating of the A2 acoustic fabric on the high-quality textile surface ensures that plenty of daylight can enter the building. The fabric width of 320 cm gives the planner the opportunity to create large areas without seams . The A2 glass fabric is intended for use in public buildings with high visitor frequency, e.g. airports, train stations, museums or in other installation situations that require special fire protection. It meets the requirement of non-flammability and is certified according to the EN 13501-1 A2 -s1, d0 standard .

Non-flammable glass fabric with certification including printing inks Both the fabric and the colors are non-flammable! It is now possible to install signs, logos, photos and advertisements that are non-flammable in public buildings with high visitor frequency , e.g. shopping centers, airports, train stations, museums, hospitals or in other installation situations that require special fire protection , such as escape routes . GLASS A2 PRIN T is certified as non-flammable according to the European standard EN 13501-1, A2-s1, d0 for two printing systems : Pigment printing using the inks: MULTIPLOT PG-5 KR Latex printing using the inks: HP Series CR331 to CR337 The fine structure of GLASS A2 PRINT not only looks like a fine fabric, but in combination with the matching coating, it also provides a pleasantly soft feel. One side is matt white and the other has a silky sheen . You choose which side you want to print on. GLASS A2 PRINT finds its applications in many areas!

In order to meet the demands for robustness and efficient heat output, we have embroidered the heating element on a glass mesh fabric carrier material. Between the meandering arrangement of the heating strands, we integrate a recess for the temperature switch in the CAD layout. In addition, a second wire is laid concurrently as a PTC thermistor for the electrical connection of the safety switch. After the technical embroidery process, the safety switch is inserted and connected by our company’s respective department. Each prefabricated element is tested for functionality and performance in the final inspection and is delivered to the customer after passing the test. As a semi-finished product, the infrared heating element on glass mesh fabric can be further processed by the customer, e.g. in connection with silicone, rubber or epoxy resin.

Laboratory board for Arduino applications Epoxy glass hard fabric FR4 1.50 mm Two-sided 35 µm Cu Plated-through (PTH) Hot tinned (HAL lead free) Hole matrix field in 2.54er raster Bored Ø 1.10 mm Soldering islands 2.20 x 2.20 mm 4 Potential paths Placement print for the following components: 8-bit AVR micro controller ATmega328P Serial connection USB connection Size 100.00 x 160.00 mm

Different mesh sizes with open areas of 60% max. make Forbo mesh belts ideal processing belts for cleaning, drying, filtering and cooling. The belts can be supplied in different versions, for example with reinforced belt edges, with fibre-glass or Kevlar-fabric, with tracking- and lateral-profiles.

Hose cover against radiant heat maximum 450 ° C. Outside with aluminum foil and inside with glass silk or Kevlar fabric. Closed or with Velcro for quick installation and removal.

Neoprene timing belts are manufactured in a sophisticated process with state-of-the-art production engineering. They are made of chloroprene with glass-fiber cords and protective fabrics on the carrying surface.The high-performance timing belts of the Premium Series were especially developed for heavy-duty and high-speed power transmission tasks. Improved materials and an optimized combination of materials provide even more performance.Profiles: MXL, XL, L, H, XH, XXH DXL, DL, DH 2M, 3M, 5M, 8M, 14M, 20M D5M, D8M, D14M 3MP, 5MP, 8MP, 14MP (Premium Series) S3M, S5M, S8M, S14M, DS8M Properties: Form-fit, synchronous running Longitudinal stability, negligible elongation Low noise and resistant to abrasion Maintenance-free Positional accuracy, isogonic Flexural fatigue strength High belt speed

Stackable DIP Euroboard for Raspberry Pi applications Epoxy glass hard fabric FR4 1.50 mm Double-sided 35 µm Cu Hot tinned (HAL lead free) Solder stop mask One 40-pole connector for Raspberry Pi Second 40-pole connector for optional linking an additional lab board Plated through holes bores with Ø 0.90 mm Hole matrix field with 2.54 mm grid with 1651 solder pads 2.00 x 2.00 mm Not plated through holes bores with Ø 1.00 mm 4 potential strips Size 100 x 160 mm

Special hose for use in steelworks, foundries and other applications with high ambient temperatures. With optional steel spiral very flexible and stable cross-section. Construction: Light or dark-coloured special tube Special fabric inlays Heatproof glass-fibre surround (to max. 500°C) or Heatproof silicate surround (to max. 1200°C) Optional: Concealed steel spiral Optional: Flame-resistant cover Interior and exterior smooth, fabric patterned Supplied by the roll or cut to length. Other versions and dimensions on request.

The Hiresta – UX measuring device is used to measure semiconductors or non – conductors (insulators). Measuring range of 10^3 – 10^14 Ω . The Hiresta UX is specialised in measuring the resistance, the surface and volume resistivity of various substances and materials of all shapes and sizes in the high-resistance measuring range. For measurements related to the ASTM D257 / ISO 2951 / JIS K 6911 standard of: antistatic materials flooring materials paper, packaging materials paints, pastes, paints fibers, clothes, fabrics adhesives, greases glass, concrete, ceramics plastics, film materials, foils etc. Up to 2000 measurement results can be exported to USB memory stick The conductivity meter impresses with its compact design, a color 7.5 “TFT touch display and user-friendly menu navigation.

secutex secuGrip90laminate secuGrip90 laminate is our new, selfadhesive antistick laminate that you can apply yourself. The secuGrip90 coating, which is up to 2 mm thick, features a high coefficient of friction and is extremely abrasion resistant. Application is easy The reverse side is coated with an acrylate adhesive designed to stick to a variety of smooth surfaces including Metals, glass, ceramic, stone, paper & cardboard, fabric, various plastics and soft plastics. Features of the acrylate adhesive high adhesive strength temperature and weather resistant tolerates moisture well equalises tension

Filament-wound composite bearing with self-lubricating inner | Surface backed with a high-strength | Maintenance-free | With a sliding layer of PTFE with lubricant additives COM-KU®/M is a self-lubricating and maintenance-free plastic plain bearing. Using a heavy-duty glass fibre fabric combined with a selected binder resin helps to increase the mechanical properties, pressure further and wear resistance of this bearing type. The special lubricant additives and the PTFE in the sliding layer reduce the friction coefficient, optimising the wear behaviour and thus the material's service life as a dry sliding bearing. For technical details, please visit the product page on our website!

The GLASS 320 WHITE fabric is a special material for the demanding applications of textile construction Translucent materials have become essential for modern architecture. With their outstanding properties, these membrane materials can be used in the field of architecture or sun sails/protection . Glass fabrics have a high mechanical load-bearing capacity , high tensile strength and, as they are not an organic substance, they do not rot . In addition to many technical specifications, the aim of GLASS 320 white from the outset was to offer a fabric with a very high-quality, textile surface in a width of 320 cm . For use in public buildings with high footfall, e.g. airports, train stations, museums or in other installation situations that require special fire protection, it meets the requirement of non-flammability and is certified according to the new standard EN 13501-1 A2 -s1, d0.

High performance low-e fabric A2 The climatic separation of building parts or the thermal separation between the outside of buildings and the interior is usually achieved by a thick layer of insulation. GLASS REFLECT offers a different approach: the high-performance low-e coatings on the energy-saving glass fabric reflect heat radiation almost completely. Depending on requirements, the energy-saving fabric can maintain the coolness of a room while keeping heat from outside at the same time Thermographic testing according to DIN EN 13187: A black body heater at 200 °C is directed onto the center of the back of the fabric. Result: The heat radiation is reflected by more than 96% ! The robust fabric is less than 0.5 mm thick. This thin architectural fabric offers significant advantages for installation and ensures the best rolling behavior even after tens of thousands of rolling cycles.

Digitally printable glass fabric with the highest fire protection standards For use in public buildings with high visitor frequency , e.g. airports, train stations, museums or in other installation situations that require special fire protection, it meets the requirement of non-flammability and is certified according to the new standard EN 13501-1 A2 -s1, d0 . The special structure of GLAS DIGITA L not only looks like a fine material , but in combination with the coordinated coating ensures a pleasantly soft feel . The whitening that is problematic with glass fabrics almost no longer occurs here. As an A2 fabric, GLAS DIGITAL finds its applications in a wide range of areas: Backlight : For use with light, the one-sided coating was adapted to the challenges of LED technology. Regardless of whether natural light , fluorescent tubes or LED technology ; GLAS DIGITAL is a diffuser that ensures homogeneous light distribution , without any star effects (pinholes) .

The use of lightweight textiles outdoors has always been a challenge. The demands on modern architecture are becoming ever greater. There is hardly a fireproof glass fabric , i.e. A2 classified, and if there is one, it is usually heavy and darkens the room. With the GLASS PREMIUM article we have developed an A2 certified membrane material that not only looks very high quality but also lets in a lot of natural light . Its coating is dirt-repellent and keeps unsightly algae/verdigris away. Glass materials not only provide a particularly high-quality appearance but also extremely high strength for membranes , for example . The fact that it is a fabric and not a tarpaulin is immediately apparent to the observer. The Stottrop GLASS PREMIUM fabric is a fireproof material that is suitable for outdoor use and also offers an intelligent shade solution .

This glass fiber fabric or facade fabric is coated with a Teflon coating . The chemical term for Teflon is PTFE. The unique properties of Teflon are already known from many other applications , e.g. the incomparable dirt repellency and the high stability against environmental influences. Due to these properties, the PTFE MESH glass fabric is the perfect material for your building envelope . A facade concept with which building structures can be marketed much more attractively. In the textile PTFE MESH fabric, we combine very strong glass fibers to form a defined, non-flammable mesh and encapsulate the fibers with a special PTFE coating . These Teflon fabrics are stretched over frames that are hung in front of the building's facade . The hole size can be chosen so that it is easy to look out through the facade from the inside of the building . From the outside, the building appears as a light and clear surface.

In recent years, the glass fiber fabric #124 has established itself worldwide as a reliable separation medium for bending , shaping and curving glass with the highest demands. Advantages of GLAS #124: high-quality glass fibre fabric no particle transfer from bending form to glass no marks on material reusable different fabric widths: 150 cm 200 cm You can find more fabrics for industrial use here.

For a wide range of applications, we offer solutions made from glass fibre fabrics that are flame-retardant, non-combustible or resistant to high temperatures up to 1200 °C . There are also special products made from synthetic fabrics with B1 . Glass fibre fabric is certified according to the following standards / building material classes: EN 13501-1, A1 EN 13501-1, A2-s1,d0 EN 13501-1, B-s1,d0 DIN 4102 – A2 DIN 4102 – B1 AbP ASTM E84-15a GB 8624-2012 Class 0

Silicone -coated fabrics were among the first professional materials for industrial use and in textile architecture . The high flexibility and resistance to aging are good reasons for these materials. In the past, silicone fabrics were less successful due to their poor processing and often insufficient fire rating. The non- flammable GLASS SILICON A2 tarpaulin was chemically and physically redesigned from the ground up. This has enabled many problems of the past to be overcome. A real difference is that the non-flammable tarpaulin is now almost as resistant to bending . The glass fabric is almost as insensitiveas a tarpaulin ! This makes the material ideal for a wide range of applications in industry and architecture . The coating can be supplied in colour or transparent . The viewer sees a naturally diffuse light , especially in the transparent version . This makes the fabric suitable for lighting in buildings.

Non-flammable architectural fabrics often have a glass fabric carrier and are coated with various polymers. A major disadvantage of such materials is their sensitivity to creasing and rapid aging in outdoor areas. The GLASS SILICON A2 tarpaulin is completely different ; it has been chemically and physically redesigned from the ground up. A real difference to other architectural fabrics is that it is almost impossible to creasing . This makes the tarpaulin ideal for a wide range of applications in architecture and industry . The coating can be supplied in colour or transparent . The transparent version in particular allows the viewer to see a naturally diffused light . An absolute highlight is that the GLASS SILICON A2-AC material can be digitally printed . The fabric can also be sewn , welded or glued .

Non-flammable for digital printing according to DIN 4102-A2 and EN 13501-1, A2-s1, d0 A high-quality digital print with the highest fire protection requirements. Glass fibre fabric in widths up to 320 cm GLAS DIGITAL non-flammable wallpaper GLASS A2 PRINT Coated and flame retardant according to DIN 4102-B1 and EN 13501-1, B-s1,dO B1-SPINNAKER PES-FR-UV TENT PES + B1 TENT 310 FR UV STRETCH 240 FR BLOCKOUT Textiles for backlighting and as projection surface, suitable for LED lighting Printing process: sublimation, dye-sublimation, solvent, UV, latex other Widths: 150 cm – 320 cm

fako® Glass fibre adhesive 9119Xtra is a solvent-free plastic dispersion adhesive, which is characterized by high elasticity and initial adhesion, a thixotropic one-component adhesive with short drying time. fako® glass fibre adhesive no. 9119XTRA complies with the requirements of IMO FTPC part 5 for low flammability, and is affixed with the «Wheelmark» (mark of conformity), the European regulatory marking of all marine equipment, as defined in the Marine Equipment Directive (IMO/MED). Application area: in shipbuilding for "A", "B" and "F" class divisions. Purpose: bonding of glass fabric to mineral wool in pipe and surface areas, bonding to sheet metal, as well as for production of glass fiber fabric cover on rubber products (e.g. Armaflex). It can be used on all load-bearing surfaces, such as plaster, plasterboard and concrete.

We can offer finishing lines for glass fabric with extremely light surface weights for the production of circuit boards including highttemperature treatment up to 450°C, finishing lines for woven glass fabric for the production of glass wall paper and for the construction of reinforcement and grinding disks. We also can supply modules such as unwinding units, heating presses, fabric accumulators, drying and heat treatment units, traction units, stretching units, selvedge gumming and cutting units and batchers used as individual units.

PU composites are mainly found in the production of moulded parts resistant to bending. The skilful combination of materials puts the topic of lightweight construction into the spotlight (honeycomb technology applications). Sophisticated surface designs are supported by corresponding PU / UP resin systems. Thanks to the reduced component weight, moulded part applications are used in the automotive sector – and, with corresponding flame protection formulations, also in rail vehicle construction. Typical properties Moulded part density of 450–1100 kg/m³ Fibre proportion from 30 % Available foaming agents: usually water Reinforcing materials Glass fibre rovings Glass fibre mats and non-crimp glass fibre fabrics Carbon fibres Natural fibres (hemp, sisal, coconut etc.) Special formulations and versions Honeycomb materials for sandwich structure components Paper honeycombs Waterproof paper honeycombs (patent-pending process) Plastic honeycombs Aluminium honeycombs Systems with a large processing window Use of polyols based on renewable resources Self-parting with simultaneous good lamination properties Flame protection formulations Automotive: FMVSS 302 Rail vehicle construction: DIN 5510 (S4, SR2, ST2) Aircraft construction: FAR 25853, ABD 0031 Construction industry: DIN 4102 B2