Steel fiber - Import export

DryLin® R - Installation videos System selection & service life calculation DryLin® R - Introduction and technical information Special info on DryLin® R linear plain bearing L1 series drylin® igus® test method Liners and pressfit bearings Open and enclosed DryLin® R liners Linear Bearings Open, enclosed, split and self-aligning DryLin® R linear plain bearing Housing bearing Enclosed linear bearing, adjustable, split, in tandem design and as floating bearing DryLin® R housing bearing Flange housing Linear bearing with round or angular flange DryLin® R flange housing Carriage and linear housing Open or enclosed in several long designs DryLin® R carriage and linear housing Shaft end supports and shaft blocks Fixed and moving shaft end supports, shaft blocks in several designs DryLin® R shaft end supports and shaft blocks Shafts and supported shafts Shafts made of aluminum, steel and carbon fiber DryLin® shafts and supported shafts Linear round guide DryLin® R linear plain bearings are based on extremely wear-resistant polymers specially developed for the linear technology. The dimensions are compatible with standard ball bearings. The special geometry guarantees ruggedness even in extreme environments. DryLin® R - Installation videos Advantages: 100 % lubricant-free Dimensionally interchangeable with (recirculating) ball bearings Large variety of choice in housing shapes Shafts, shaft blocks and accessories available from stock 8 different shaft materials Replaceable liners VA stainless steel housing available When not to use it? When little installation space is available drylin® N drylin® W When twist-protection is required for single-axis systems DryLin® T DryLin® N Liners and pressfit bearings Open and enclosed DryLin® R liners Linear Bearings Open, enclosed, split and self-aligning DryLin® R linear plain bearing Housing bearing Enclosed linear bearing, adjustable, split, in tandem design and as floating bearing DryLin® R housing bearing Flange housing Linear bearing with round or angular flange DryLin® R flange housing Carriage and linear housing Open or enclosed in several long designs DryLin® R carriage and linear housing Shaft end supports and shaft blocks Fixed and moving shaft end supports, shaft blocks in several designs DryLin® R shaft end supports and shaft blocks Shafts and supported shafts Shafts made of aluminum, steel and carbon fiber DryLin® shafts and supported shafts

Material: low carbon steel We produce our corrugated STAX segment wire steel fibers in the lengths of 50 mm and 34 mm. Application for our STAX segment wire steel fibers you find in industrial concrete floors and plates.

Material: low carbon steel We offer our STAX steel fibers as short fiber according to customer specification (on special request as well as strand on reels). The Ø-fiber strength is approx. 30-50 μm. Regular analyses in our laboratory ensure the quality of our products. Main area of application for our STAX steel fibers is friction material for brakes and clutches, and as concrete reinforcement or in plastic compounds. Further we produce segment wire steel fibers for reinforcement of conrete floors for example.

Material: 1.4113 (X6CrMo17-1) AISI 434 Properties: heat-, corrosion- and acid-resistant, magnetizable We produce our STAX stainless steel fibers 1.4113 in the grades coarse with an average fiber strength of approx. 120 μm, medium 90 μm, fine 60 μm and on demand extra fine 30 μm. STAX Edelstahlfasern 1.4113 are available as following: Strand on reels with defined weight per meter and a width of 100 mm Short fibers according to customer requirement Fleece on bales with defined weight per square meter Applications for STAX stainless steel fibers 1.4113 are for friction material as in brakes pads, further as filter material or special round filters (as well in half-round version, see photo), sound damping or -insulation. If you are looking for stainless steel fibers for your specific application, please do not hesitate to contact us.

Material: 1.4841 (X15CrNiSi25-20) AISI 314 Properties: highly heat-resistant, corrosion- and acid-resistant, not magnetizable, austenitic. In-house developed production equipment allowos us to produce fibers of this material in the grades coarse with an average fiber strength of approx. 120 μm, medium 90 μm and on demand fine 60 μm. STAX stianless steel fibers 1.4841 are available as following: Strand on reels with defined weight per meter and a width of 100 mm Short fibers according to customer requirement Fleece on bales with defined weight per square meter STAX stainless steel fibers 1.4841 find application in the automotive area, as filter material, sound damping and -insulation as well as in many other areas with high demand to heat-resistance. If you are looking for stainless steel fibers for your specific application, please do not hesitate to contact us.

We offer antistatic brushes with carbon fibre or stainless steel yarn. The stainless steel yarn consists of stainless chrome-nickel-molybdenum steel. The fine stainless steel filaments are twisted to a yarn. This yarn has high resistance to abrasion, even when subjected to continuous mechanical load. The standard type AB10 is available from stock. Carbon fibres are excellent conductors, thanks to the high proportion of carbon which they contain. The variable distance between the tufts make carbon-fibre strip brushes the ideal choice for difficult static removal applications. The excellent conductivity of these brushes can also be used to allow voltages to be applied to the surface of workpieces. The standard type AB20 is available from stock.

Compact and powerful actuator for automated positioning jobs Easy mounting, no additional coupling needed. Stainless steel hollow shaft, glass fibre reinforced casing. Brushless 24 VDC motor with long service life. Solid absolute sensor, magnetic sensing technology. 2-line LCD for target and position value and operating keys. 2 LEDs for user guidance. Integrated RS485 or CANopen interface. Integrated positioning controller. M8 + M12 component mounting technology.

Carbon dioxide detection in industrial plants: Measuring range 0 – 5 % or 0 – 2 % vol. For Martians – provided they exist – a carbon dioxide atmosphere might be their natural habitat. We earthlings can only tolerate low concentrations of this gas. It is true that we are using the special properties of CO 2 for many purposes, but in concentrations above 5000 ppm it can be hazardous to our health. Therefore it must be monitored. In areas that are rarely accessed, such as beverage dispensing facilities, a leak detector might do as a warning device. Wherever people are present, such as workplaces in plants, industrial grade gas detection equipment is required. Here it is: Statox 501 IR. This new version of the field proven Statox 501 IR for combustible gases operates as a 4 – 20 mA transmitter. It can be connected directly to a recording device, process control system, or the optional Statox 501 controller. Its unmatched compact design makes it operable in any environment whether it is food industry, chemical industry, refineries, or cleaning facilities. This explosion proof instrument will do the job everywhere. It is water proof (rated IP 67). The housing materials (stainless steel and fiber-reenforced polyamide) are rugged and easy to clean.

Made in Germany Description - Suitable for use as a coal injection hose in steelworks or for other abrasive transport media - The high abrasion-resistant inner layer of polyurethane rubber, withstands the largest burdens - The plies of rubber, glass fiber and stainless steel provide a long service life and a high reliability under extreme operating conditions - Highest resistance to radiant heat and flames Tube - Black, high abrasion resistant inner layer of polyurethane rubber - Suitable for fine and abrasive products Reinforcement - Braided reinforcement in stainless steel (1.4401 / AISI 316) - Heat protection plies in braided glass fiber - Several intermediate layers - ND125: Reinforcement of fabric plies Cover - EPDM outer layer, black, antistatic (R < 10^6 Ω), fabric textured, flame retardant and self-extinguishing, resistant to abrasion, ozone, weather and high temperatures - ND125: CR outer layer, black

Made in Germany IBK blast furnace hoses were developed in collaboration with the steel industry. The special structure lends our hoses great reliability under demanding conditions of use. Description - Developed for high-temperature load - Ideal cooling water hose for use at blast furnace - The plies of rubber, glass fiber and stainless steel provide a long service life and a high reliability under extreme operating conditions - Highest resistance to radiant heat and flames, confirmed by TÜV NORD Tube - Black smooth extruded inner layer of EPDM - Suitable for treaded and not treaded cooling water - Electrically conductive (R < 10^6 Ω) Reinforcement - Braided reinforcement in stainless steel (1.4401 / AISI 316) - Heat protection plies in braided glass fiber - Several intermediate layers Cover - EPDM outer layer, black, antistatic (R < 10^6 Ω), fabric textured, flame retardant and self-extinguishing, resistant to abrasion, ozone, weather and high temperatures

A dexterous high cut resistance glove, glass and steel fibre free. Ideal in dry or greasy conditions.

A lightweight glass and steel fibre free medium cut resistance glove with polyurethane coating. Ideal for handling sharp parts in dry or greasy conditions.