Fibres - Import export

The mould construction fleece is particularly well tensile and conformable. It is also ideally suitable for complicated parts and moulds. Since this fleece is produced of 100 % polyester fibres, it can be processed with epoxy and polyester resin without any problem. The resin consumption is approx. 1.5 – 2 kg/m² depending on the application. It is ideal for producing free forms.

With our CNC-fiber-laying technology we can realize very complex shapes and forms for lightweight-solutions in different kinds of industries like aircraft, automotive and leisure. Please contact us!

The thermally and mechanically bonded polypropylene fibres of the Cora®Pro nonwovens ensure very high strength and enormous dimensional stability despite the low surface weight. They have good chemical resistance.

We offer you the classification of 'old mineral wool' or such mineral fibres without RAL quality mark regarding their carcinogenic risk potential The carcinogenicity index, KI, is a dimensionless quantity and is determined according to the material composition of the mineral fibres to be evaluated. According to IFA / BIA method 7488, it is calculated from the sum of the mass contents (in MA-%) of Na2O, K2O, CaO, MgO, BaO and B2O3 minus twice the mass content of Al2O3. Vitreous mineral fibres are classified according to the KI according to TRGS 905 as follows, if their dimensions correspond to the WHO - fibre - definition: (length > 5µm, diameter < 3 µm, ratio length : diameter > 3 : 1) Glassy WHO fibres with a carcinogenicity index KI <= 30 are classified in category 1B. WHO vitreous fibres with a carcinogenicity index KI > 30 and KI < 40 are classified in category 2. WHO vitreous fibres shall not be classified as carcinogenic if their carcinogenicity index KI >= 40.

The Lutz-Jesco dry material feeders are precise and reliable devices for volumetric conveying of pourable substances. These devices consist of self-supporting welded constructions made of high-quality stainless steel sheet, which ensures their robustness and durability. Available in various conveying capacities, the dry material feeders offer flexible adaptation to different requirements and areas of application. They are equipped with hollow screws (screw spindles), which ensure even and continuous material transport. Thanks to this technology, they can feed a wide range of bulk materials, including fine dust particles, pellets, flakes and short fibres. Lutz-Jesco dry material feeders are ideal for industrial applications where precise dosing is required, such as in the chemical industry, food processing and many other sectors.

HITRONIC® – SUPERFAST FIBRE OPTIC CABLES Our optical transfer media are unbeatably fast and secure when transferring large amounts of data in inter-office communication as well as in industry. They ensure superfast data transfer which is completely free of interference and is protected against monitoring. Not even electromagnetic interference can affect a HITRONIC® cable. Properties: — A very versatile range suitable for all applications, both indoor and outdoor. The cables are also mobile and can withstand great stress from environmental conditions. — Reliable, efficient and easy to install. — Extensive range of accessories. — Also highly flexible for use with drag chains.

swabs are made of very pure and high quality cotton fibres wound securely onto paper or wooden stems the whole production process is fully automated in a clean environment to prevent paricle contamination are extremely low in N.V.R., particulate emission and ionic contamination

easily absorbs oil and most solvents made of polypropylene fibres which are highly chemical resistant

High-temperature vacuum-formed products made from biosoluble ceramic fibres are lightweight and solid parts or structural elements that can be used at temperatures up to 1.400 °C in air and in aggressive environments, including direct contact with liquid metals. — 100% biosoluble — high temperature resistance — low thermal conductivity — high chemical resistance * — low weight — good tear resistance — high flexibility — easy processing — complicated geometries can be produced — recyclable * to achieve higher acid resistance, a special coating is required. Available from manufacturer. Application: Burner plant components, crucibles, thermocouple housings, coupling devices in continuous casting plants, channel elements of metal troughs, inlet device in the melting of non-ferrous and ferrous metals, gasket in aluminium foundries, gaskets in blast furnaces, expansion joints, pipe insulation, catalyst insulation, repair work in the high temperature range.

High-temperature vacuum-formed products made from biosoluble ceramic fibres are lightweight and strong parts or structural elements that can be used at temperatures up to 1 .600 °C in air and in aggressive environments, including direct contact with liquid metals. — 100% natural — biosoluble — high thermal shock resistance — low thermal conductivity — high chemical resistance * — recyclable — low weight — good tear resistance — high flexibility — easy processing — harmless to health — complicated geometries can be produced * A special coating is required to achieve high acid resistance. Available from manufacturer. Fields of application: gaskets, crucibles, thermocouple housings, coupling devices in continuous casting plants, expansion joints, convex and flat gaskets in blast furnaces, channel elements of metal troughs, inlet device in the melting of non-ferrous and ferrous metals.

Heat-insulating refractory modules made of biosoluble ceramic fibres based on calcium and magnesium silicates with high thermal insulation values at operating temperatures up to 1,200°C, usable as an insulating and working layer of high-temperature equipment of any construction and type of application with the air velocity < 40 m/s. Available in two densities of 200 kg/m³ and 250 kg/m³. Easy to dispose of without harming the environment thanks to its fibre biosolubility. — 100% biosoluble — high temperature resistance* * with additional CBG special fibre coating up to 1.350°C — low thermal conductivity — good sound absorption — good insulating properties — chemically resistant to acids, alkalis, oil, hydrocarbons and water — good strength — low installation effort — reduced maintenance — environmentally friendly — harmless to one's health — contains no binders, produces no vapours or air pollution

Cleaning swab with wooden handle For cleaning gaps and keyboard

The featured Singlemode (SM 9/125) metal coated fiber operates in both, 1310 nm and 1550 nm wavelength ranges, according to G.652 A/B standards. The fiber is supplied with either 24 kt Gold or Aluminum coatings. As an electric conductor, these types of coatings provide the user with the ability to terminate the fiber directly to the coating, supporting hermetically sealed assemblies. Gold and Aluminum coated fibers are most capable of withstanding high temperatures and harsh environments compared to conventional coated fibers. The fibers have low stress corrosion susceptibility and offer superior mechanical protection in the most challenging harsh environments. All metal coated Singlemode fibers are 100 % quality tested to Heracle‘s stringent test procedures in accordance TIA/EIA and international Fiber Optic Test Procedures (FOTP). Custom specific tests to verify application requirements are available.

heracle offers germanium doped fused silica graded index multimode fibers needed for data communication at the optical wavelengths 850 nm and/or 1300 nm. The metalized optical fiber is supplied with either 24 kt Gold or Aluminum coatings. As an electric conductor, these types of coatings provide the user with the ability to terminate the fiber directly onto the coating, supporting hermetically sealed assemblies. Gold and Aluminum coated fibers are capable of withstanding extreme temperatures and harsh environments. The manufacturing process utilized in the production of these fibers result in low stress corrosion susceptibility, and thus offering improved mechanical protection to the optical fiber when used in the most challenging harsh environments. All metal coated graded index fibers are 100 % quality tested to Heracle‘s stringent test procedures in accordance with the Telecommunications Industry Association (TIA/EIA) and international Fiber Optic Test Procedures (FOTP).

Our aluminum coated fiber are available for both operating windows in ultraviolett and visible/near infrared wavelength ranges. In addition, heracle offers a solarisation resistant version for ultraviolett region. The fiber features a wide operating temperature range from cryogenic up to 400° C and makes it ideal for Aircraft, missile, rocket, turbine & jet engine monitoring. The aluminum layer offers a hermetic coating. The fiber can be sterialized. Termination can be directly soldered for vacuum feedthroughs & laser diode pigtailing. Its radiation resistancy, low outgassing and resistancy to organic solvents allow for operation in radiation, caustic & corrosive environments.

Our gold coated fiber is available for both wavelength ranges: from UV, VIS up to infrared wavelength ranges. The fiber offers excellent protection against chemical corrosion & mechanical stres and is capable of withstanding extreme temperatures and harsh environments. The fiber can be terminated directly onto the coating for hermetically sealed assembly. Our Gold coated fiber has very low outgassing of volatile components. We perform 100% stringend test procedures according to international standards. Typical applications are typically for extreme conditions such as: • Aircraft, missile, rocket, turbine & jet engine monitoring • Radiation, caustic & corrosive environments • Material fatigue sensing applications • High power laser delivery systems • Ultra high vacuum applications

heracle developes and produces specialty optical fiber with metal coating for application in harsh environments. Fiber types include Mutimode fiber with step or graded index profiles and Singlemode fiber. All fiber fiber types can be offered with either Gold or Aluminum coating. The pure fused silica step index multimode fibers (SIMM) are optimised for applications in the UV/VIS and VIS/IR wavelengths. The graded index Multimode fiber is designed to operate at 850nm and 1300nm. The Singlemode fiber is specified accoring to according ITU-T G.652. Metal coated optical fibers are typically used under extreme conditions such as: - Aircraft, missile, rocket, turbine & jet engine monitoring; - Radiation, caustic & corrosive environments - Material fatigue sensing applications - High power laser delivery systems - Ultra high vacuum applications

* Loss-in-weight FiberXpert feeder for long and uneven fibers (natural fibers, wood fibers, carbon fibers, etc.)* Also suitable for film chips and shredded film strips cut off by film edge trimmers * Technical features: special fiber screw, large steep walled hopper, novel design and special position of the stirring agitator in the hopper * High-tech weighing system with digital load cell or * high-resolution strain gauge load cell for high weighing accuracy Power range 200-19900 dm³/h

Dimension: 700x240x240; Safe working load: none; Safety factor: /; Printwork: none; Loops: none; Coating: yes; Top construction: 3-sided skirt+flap; Bottom construction: closed bottom

The already simple application of our innovative polymer fiber filter FIBALON® is made even easier with our new FIBALON®rope. 8, FIBALON® nets arranged like on a rope of pearls for almost all common pool filters. The filter material can be removed and replaced with just one handgrip. Our special mesh ensures optimal alignment and orientation of the FIBALON® filter balls during the filtration process. In addition, the net acts similarly to a protective shield. By means of a special welding technique, both the net and the welding seams, are chemically- and in particular chlorine-persistent. Due to the use of the new FIBALON®rope, the application of our backwashing grid is obsolete. For FIBALON®rope we also use our optimized fiber combination and other process innovations offers an incomparably high selectivity of 8 microns. All advantages of FIBALON®3D can be adapted and it promises an even easier handling.

FIBALON®3D offers you excellent filter performance for all common swimming pool filters. Only 350 grams of it replace 25 kilograms of filter sand or 20 kilograms of filter glass. FIBALON®3D filters particles down to 8 microns and due to its fiber fixation, it filters nearly pressure-less. Additional it is made out of recycled PET-bottles. This leads to an energy saving and environment friendly product. The interior of the fibrous ball consists of a slightly denser core and a softer wrap. The balls nestle together to form a consistent filter bed. The deliberately chosen spherical shape maximizes the filter media’s surface area. We also developed the fiber fixation DyFix® which yields an unusually high particle retention rate and deep penetration of particles into the FIBALON® media bed to provide excellent filtration results. FIBALON® leads with minimum weight to an excellent energy balance compared to conventional filter media.

Dimension: 90x90x110; Safe working load: 1250; Safety factor: 5:1; Printwork: UN13H3Y; Loops: 4 lifting loops; Coating: no; Top construction: skirt; Bottom construction: closed bottom

Dimension: 104x104x210; Safe working load: 1250; Safety factor: 5:1; Printwork: none; Loops: 4 lifting loops; Coating: no; Top construction: filling spout; Bottom construction: discharge spout