Subcategories

• Isolants
  • Solid
    • Sheets
    • Rods
    • Tubes
    • Mica sheets
    • Special reinforced materials
    • Solder Mask - Solder Pallet
    • Profiles
  • Flexible
    • Woven electrical insulating tapes

      It is produced in linen and canvas. Production in widths of 10 - 60 mm and thicknesses from 0.08 to 0.50 mm.

      In addition to thickness, the most important parameter is the temperature resistance class. This is given by the material used. Insulation ribbons are made of cotton fibers (temperature class B), polyester fibers (temperature class F) and glass fibers (temperature class H). New special basalt and aramid fibers are applied.

      Insulating ribbons for electrotechnical and thermal insulation and for composite products.

      Distribution by base material:

      • Cotton no. B
      • Polyester marking DOG
      • Glass no. WITH
      • Nomexozn. AND

      Distribution by custody:

      • Woven linen cloth
      • Woven cloth binding
• Thermal protection
  • Temperature probes
  • Types of cases
  • Fuses
  • Insulating tubes and holes
• Wires for winding
• Engineering plastics
  • PE
    • PE-UHMW / PE 1000

      Ultra-high molecular polyethylen
      
      Polystone® M is an ultra-high molecular weight polyethylene (UHMW-PE / PE 1000) used in places with demands for low friction coefficient and low abrasion. The material stands out for its exceptional sliding properties, extreme wear resistance, high impact strength and high resistance to chemicals.

    • PE HMW / PE 500

      High molecular polyethylen

      Polystone® D is a high molecular weight polyethylene (PE-HMW / PE 500) that excels in its good mechanical properties such as scratch resistance and acid resistance. The material is used for a variety of applications, such as in the food or bottling industry or in health technology.

    • PE-HD / PE 300

      PE-HD, PE 300 - Polyethylen with high density

      Polystone® G is high density polyetylen (PE-HD/PE 300). It is very easy machinable and usable material for many applications, also for chemical equipment and production of tanks.

    • PE-LD

      Polyethylen with low density

      Polystone® E is low density polyetylen (PE-LD), suitable mainly for applications, where is requested soft and flexible material.

  • PP

    Isotactic, highly heat-stable polypropylene

    Polystone® P is an isotactic, highly heat-stable polypropylene (PP) available as a homopolymer and a copolymer.

    Polystone® P is used in a wide range of industries, such as:

    • Chemical engineering and tank construction
    • Healthcare
    • Operations from high purity requirements - eg semiconductor technologies, etc.
    • PP-H

      Polystone® P homopolymer materials are extremely strong and resistant to chemicals, corrosion and heat.

      Type of product
      Pressed plates, extruded plates, round bars, welding wires, square pipes, U profiles, coils

      Colours
      Natur, black, gray, marble gray, light gray, white, special colors

      Special properties

      • High strength
      • Very high temperature resistance
      • Excellent weldability
      • High resistance to chemicals and corrosion

      Typical areas of application

      • Chemical engineering and tank construction
      • Galvanizing technology
      • Ventilation and equipment manufacturing
      • Laboratory technique
    • PP-C

      Polystone® P copolymer materials are exceptional for their rigidity at temperatures up to -30 °C, as well as high strength, chemical resistance and corrosion resistance.

      Type of product
      Pressed plates, extruded plates, round bars, square pipes, U profiles, welding wires, spools

      Colours
      Natur, black, gray, marble gray, white, special colors

      Special properties
      High strength
      High heat resistance
      Excellent weldability
      High resistance to chemicals and corrosion

      Typical areas of application

      • Chemical engineering and tank construction
      • Galvanizing technology
      • Ventilation and equipment manufacturing
      • Laboratory technique
  • PVDF

    High-molecular polymerisate

    Polystone® PVDF and SUSTAPVDF are vinylidene-fluoride-based polymerisate outstanding for its excellent chemical resistance, excellent machinability and universal applicability.

    Because of its special properties Polystone® PVDF and SUSTAPVDF are especially suited for applications in the chemical industry. Its high purity makes it the ideal material for the semiconductor industry.

  • PVC-C

    Type of product
    Pressed sheets

    Colours
    Grey 7037

    Trovidur® PHT is a post-chlorinated PVC for chemical tank building.

    Special properties

    • Normal impact strength
    • Uniform physical properties
    • Continous service temperature up to 90 °C
    • High resistance to acids, lyes and salt solutions
    • Flame retardant, self-extinguishing after removal of flame
    • Easy processing by welding, thermoforming and glueing

    Typical areas of application
    Chemical engineering and tank building

  • PVC-U

    The Trovidur® product line represents a long tradition of various PVC products for a wide range of applications. These products excel in shape stability, excellent chemical resistance, thermoformability and fire resistance

  • PVC-P

    Type of product:
    Extruded sheets

    Colours:
    Natur

    Trovidur® W 1014 is a chemically resistant fine PVC material that can be used in a variety of applications.

    Special properties:

    • Increased chemical resistance
    • High wear resistance
    • Excellent electrical insulation properties
    • Excellent grip
    • Weldable and heat-forming

    Typical areas of application:

    • Seal
    • Packaging
    • Stamp pads
    • Pendulum pads
    • Walls resistant to impact in sandblasting systems
    • Varnishes
  • POM
    • POM-H
    • POM-C

      Semi-crystalic thermoplast

      Characteristics:

      • High dimensional stability
      • Low moisture absorption
      • Excellent sliding properties
      • High abrasion resistance
      • Ideal combination of tensile strength, stiffness and shock toughness
      • Good workability
      • Good electrical and dielectric behavior

      Usage area:
      For components with relatively high requirements for dimensional stability and visual appearance

      Mechanical engineering, automotive, chemical equipment production
      E.g. Measuring devices, sliding elements, tools, drives, bearings, pump components, valves and coils, coupling parts, etc.

      Electrical and electronics industries
      E.g. "Bodies" of coils, insulators, relays and transformer cabinets

      Health technology
      E.g. Tool handles, adapters

  • PA
    • PA 6

      Semi-crystalline thermoplastic

      Properties

      • High moisture absorption up to 3% in a standard environment. This results in increased impact strength. In thin-walled elements, it results in a reduction in mechanical strength and dimensional stability
      • Excellent damping of sound and vibration
      • Excellent sliding properties
      • High abrasion resistance
      • High mechanical strength associated with high impact toughness
      • Excellent workability
      • Good adhesive properties
      • Good weldability

      Fields of applications
      Usable universally for parts requiring high load; Often used as a substitute for aluminum or bronze.

      Engineering industry, maritime industry, vehicle design, food industry
      E.g. Sliding parts, wheels, cases, chassis, winches, lifting equipment, rope pulleys, conveyor stars, spiral conveyors

    • PA 66

      Semi-crystalline thermoplastic

      Properties

      • High moisture absorption, up to 2.7% in a standard environment. This results in increased impact strength. In thin-walled elements, it results in a reduction in mechanical strength and dimensional stability
      • Excellent sliding properties
      • High abrasion resistance
      • Extremely high tensile strength and hardness over a wide temperature range
      • Excellent workability
      • Good adhesive properties
      • Good weldability
      • Perhaps a long-term high operating temperature

      Fields of application

      • Components exposed to mechanical pressure at high temperatures
        Mechanical engineering, automotive and accessories manufacturing
        E.g. Friction bearings, spool bodies, guide and clutch parts, gears and guide rails
    • PA 6G

      Semi-crystalline thermoplastic
      Polymerized polyamide 6

      Properties

      • High moisture absorption, up to 2.7% in a standard environment. This results in increased impact strength. In thin-walled elements, it results in a reduction in mechanical strength and dimensional stability
      • Excellent sliding properties
      • Extremely high abrasion resistance
      • High mechanical strength associated with high impact toughness
      • Excellent workability
      • Good adhesive properties
      • Good weldability

      Chemical resistance

      Highly resistant to: hydrocarbons, lyes, fats, oils, fuels, ethers, esters and ketones.
      Non-resistant to: halogen, mineral acids and some organic acids, oxidizing agents.

      Fields of application
      Usable universally for parts requiring high load; Often used as a substitute for aluminum or bronze. It also allows the production of large-volume parts.

      Mechanical engineering
      E.g. Sliding parts, housings and wheels
      
      Application at sea
      E.g. Chassis, winches
      
      Vehicle design
      E.g. Sliding parts, lifting equipment, rope pulleys
      
      Food industry
      E.g. Sliding parts, conveyor star, spiral conveyors

    • PA 12

      Semi-crystalline thermoplastic

      Properties

      • Minimum moisture absorption and maximum dimensional stability from all polyamides
      • Excellent noise and vibration reduction
      • Extremely high impact strength even at low temperatures
      • Good workability
      • Good adhesive properties
      • Good weldability

      Fields of application

      For maintenance-free components exposed to environmental influences that are subject to good damping and vibration requirements.
      
      Engineering
      E.g. Bearings and gears, housings and covers
      
      Vehicle design
      E.g. Sealing and damping elements, valves and quick couplings for fuel supply in pump components

  • PC

    Amorphous thermoplastic

    Properties

    • Good dimensional stability
    • Low moisture absorption
    • High stiffness and strength
    • Excellent impact toughness
    • High deformation temperature
    • Good formability
    • Good electrical insulation properties

    Fields of applications
    Applications requiring high shape stability.

    Electrical industry
    E.g. Insulation parts, coil bodies, relay components, connectors, all types of lights

    Instrument engineering
    E.g. Caps, bonnet

    Health technology
    E.g. Medical consumables

    Automotive
    E.g. rear lights

  • PET

    Semi-crystalline thermoplastic

    Properties

    • Low moisture absorption
    • Good sliding properties
    • High wear resistance
    • High tensile strength and stiffness
    • Good workability
    • Good dimensional stability
    • Low coefficient of thermal expansion

    Fields of application

    For industrial parts in many industries requiring high strength, eg mechanical engineering, electrical industry, shipbuilding, food or transportation industry
    
    Machinery and equipment factories
    E.g. Gears, levers, cranks, wheels, cams, bearings, sliding elements

  • PBT

    Semi-crystalline thermoplastic

    Properties:

    • Low moisture absorption
    • Good sliding properties
    • High wear resistance
    • High tensile strength and stiffness
    • High impact toughness
    • Good workability
    • Good adhesive properties
    • Good weldability
    • Good thermal stability against aging

    Chemical resistance

    Highly resistant to: hydrocarbons, fats, oils, fuels, ethers, esters, ketones, water up to 40 °C, acids (diluted)
    Not resistant to: halogens, alkalis, water from approx. 60 °C

    Fields of application

    For industrial parts in many industries, for both internal and external use.
    
    Machinery and equipment factories
    E.g. Gears, levers, cranks, wheels, cams, bearings, sliding elements 

  • ABS

    Amorphous thermoplastic

    Properties:

    • Low moisture absorption
    • Good sound-proofing properties
    • High impact toughness even at low temperatures
    • Good thermoformability
    • Good weldability
    • Good adhesive properties

    Chemical resistability

    • Good resistance to: water, urea, dilute acids, alkalines
    • Low resistance to: alcohols, oils, fats
    • Zero resistance to: concentrated mineral acids, aromatic hydrocarbons, esters, ethers, ketones

    Field of application

    Galvanized parts that are subject to high impact.
    
    Manufacture of vehicles
    E.g. Car parts, chrome bars, battery packs, radiator panels
    
    Electrical engineering
    Caps and controls
    
    Sanitary technology
    Valves, fittings, shower heads
    
    Other
    E.g. Transport containers, textile bobbins/coils, door and trunk handles, safety helmets

  • PPE

    Amorphous thermoplastic

    Properties

    • Low moisture absorption
    • Low weight
    • High stiffness
    • High impact resistance i even at low temperatures
    • Good dimensional stability
    • Good workability
    • High dimensional stability even at high temperatures
    • Good electrical insulation properties

    Field of application
    Dimensionally stable, heat-resistant parts

    Automotive
    E.g. Components for air conditioning systems, hot air diffusers, profiles for wall protection

    Elektro- und Elektronikindustrie
    E.g. "Bodies" of coils, connectors, cable ducts, components and caps for meters, data processing equipment, insulators, circuit breakers

    Chemical industry
    E.g. impellers, valves

  • E-CTFE

    Semi-crystalline thermoplastics

    Properties:

    • Extremely good resistance to weathering
    • High "purity" (does not contain plasticizers, lubricants and non-flammable additives)
    • High tensile strength and stiffness
    • High impact toughness even at low temperatures
    • Good thermoformability
    • Excellent weldability
    • Perhaps a long-term high operating temperature
    • Good electrical insulation properties

    Chemical resistance:

    • Highly resistant to: acids, oxidants, halogens, alcohols, chlorinated solvents, aliphatic hydrocarbons, fuels
    • Not resistant to: alkaline solutions, amines (in any case at high temperatures), DMA, DMF, NMP

    Usage area:

    • Components with excellent chemical resistance, at high temperatures.
    • Manufacture of chemical equipment

    Electric, semiconductor and food industry
    E.g. Seals, valves and pump parts, membranes, covers, containers, pipes and hoses

  • PEEK

    Semi-crystalline thermoplastic

    Properties:

    • Excellent dimensional stability
    • Difficultly burnt and self-extinguishing
    • Extremely low smoke density
    • Very high resistance to high-energy radiation
    • Excellent sliding properties
    • Excellent impact toughness
    • High wear resistance
    • The ideal ratio of stiffness, tensile strength and
    • impact toughness
    • Good workability
    • Good thermoformability
    • Good adhesive properties
    • Good weldability
    • High dimensional stability even at high temperatures
    • Extremely high use at continuous high operating temperature
    • Low coefficient of linear thermal expansion
    • Good electroinsulating properties across a wide range of temperatures

    Fields of application

    Parts exposed to high temperatures, mechanical loads such as x- and gamma rays.

    Electronic, transport, medical and aerospace industries, chemical engineering
    E.g. wire and cable insulation, rotor components, friction discs and seals, impact absorbers, components for analytical equipment, components for dialysis equipment, camshafts, valve inserts

  • PSU

    Amorphous transparent thermoplastic with a yellow touch

    Properties

    • Extremely good dimensional stability
    • Low moisture absorption
    • Difficultly burnt and self-extinguishing
    • Low smokiness
    • Very high resistance to high-energy radiation
    • Extremely low absorption of radiation in the microwave range
    • High tensile strength, stiffness and durability in a wide thermal interface
    • Good workability
    • Good thermoformability
    • Good adhesive properties
    • Good weldability
    • Perhaps a high long-term operating temperature
    • Low coefficient of linear thermal expansion
    • Good electrical insulation properties

    Usage area

    Mechanically, thermally and electrically highly stressed structural elements, partly in case of need for transparency or parts that are often sterilized.

    Electrical and electronics industry
    E.g. "Bodies" of coils, switches, connectors, components for microwaves

    Healthcare
    E.g. Laboratory equipment, medical instruments

    Food industry
    E.g. Components of dairy machines, cams, bottle units 

  • PES

    Amorphous transparent thermoplastic with a touch of yellow

    Properties:

    • Very high dimensional stability
    • Difficultly burnt
    • Self-extinguishing
    • Small smokiness
    • Good resistance to high-energy radiation
    • Extremely low absorption of radiation in the microwave range
    • High tensile strength within a wide range of temperatures
    • High impact toughness even at low temperatures
    • Good workability
    • Good thermoformability
    • Good adhesive properties
    • Good weldability
    • High dimensional stability even at high temperatures
    • Very high continuous operating temperature
    • Good electro-insulating properties and excellent dielectric behavior

    Chemical resistance

    • Resistant to: diluted acids, alkaline solutions, gasoline, oils, fats, alcohols, hot water and aqueous solutions
    • Not resistant to: polar solvents, esters, ketones, aromatic hydrocarbons and benzene

    Usage area

    Whenever a high operating temperature and sterilization with hot steam is required.

    Electrical and electronics industry
    E.g. "Bodies" of coils, switches, connectors, components for microwaves

    Health technology
    E.g. Laboratory equipment, medical equipment

    Food industry
    E.g. Components of dairy machines, cams, bottle units

  • PPSU

    Amorphous transparent thermoplastic with a touch of yellow

    Properties:

    • Exceptionally low smoke emission in case of ignition
    • Highly resistant to x and gamma rays
    • High rigidity, tensile strength and hardness across a wide range of temperatures
    • High impact toughness even at low temperatures
    • Extremely high dimensional stability
    • Good workability
    • Good thermoformability
    • Good adhesive properties
    • Good weldability
    • Good dimensional stability at high temperatures
    • Very high continuous operating temperature
    • Good electro-insulating properties and good dielectric behavior

    Chemical resistance

    • Highly resistant to: hot water and steam
    • Good resistance to: dilute acids, alkaline solutions, gasoline, oils, fats, alcohols
    • Limited resistance to: polar solvents, aromatic hydrocarbons, benzene

    Usage area

    For parts sterilized by exposure to gamma rays, hot steam, ethylene oxide and hot air.
    
    Healthcare
    E.g. Laboratory equipment, medical equipment

  • PEI

    Amorphous transparent thermoplastic with a touch of yellow

    Properties:

    • Extremely high fire resistance
    • Very low smoke emission in case of ignition
    • High rigidity, tensile strength and hardness across a wide range of temperatures
    • Good workability
    • Good thermoformability
    • Good adhesive properties
    • Good weldability
    • Low coefficient of thermal expansion
    • Large dimensional stability even at high temperatures
    • Very high continuous operating temperatureHigh electrical / dielectric strength
    • Virtually invariant in a wide range of temperatures and electrical frequencies

    Usage area

    Parts that must meet the special requirements for fire-resistant properties and mechanical strength.

    Electrical and electronics industry
    E.g. High voltage circuit breakers, microwave components, connectors, terminal blocks

    Healthcare
    E.g. Tool handles, adapters

    Aircraft design
    E.g. Front panels in passenger cabins

  • PPS

    Semi-crystalline thermoplastic

    Properties

    • Difficultly burnt
    • Self-extinguishing
    • Good workability
    • Good adhesive properties
    • Extremely high long-term operating temperature
    • High dimensional stability even at high temperatures, partly in the case of a glass fiber reinforced version
    • Good electrical insulation properties

    Usage area:
    Dimensional stable parts for applications involving high operating temperatures and requiring good chemical resistance.

    Construction of means of transport:
    E.g. Engine parts, fuel injection systems, carburetor and pump components

    Electrical and Electronic Engineering:
    E.g. Insulation parts, carbon holders, plug-in connectors, chips, sockets, coils, circuits

    Device design:
    E.g. Parts of water meters, pump components, sealing elements, valves with special chemical requirements

    Healthcare:
    E.g. Sterilization equipment

  • Food contact
  • LubX
• Glass fabric, mats and yarns
  • Glass yarn
  • Materials for the production of composites Freudenberg
  • Glass mats and fabrics for the manufacture of bituminous membranes
• Thermally insulating panel Glastherm

  High-strength, temperature resistant insulation made from glass fibre reinforced composite materials play a very important role in accurate temperature controls and energy conservation. They are employed wherever thermal separation is required for operational and/or economic reasonsbetween components in installations.

  THESE ALL OFFER THE FOLLOWING SPECIAL CHARACTERISTICS:

  • high strength characteristics ensure against bending and compression. Continuous longterm use
  • low thermal conductivity
  • outstanding size and dimensional stability
  • excellent workability, available in a wide range
  • oil and monture resistant
  • insulation with excelent dielectric characteristics

  WE CAN OFFER FOLLOWING:

  • we have on stock GLASTHERM HT200 – which is most often used in thicknesses 5, 6, 8, 10, 12, 15, 20, 25 mm, sheet size 1220x2440 mm
  • GLASTHERM HT220 - thicknesses 6, 8, 10, 15, 20, 25 mm, sheet size 1220x2440 mm
  • GLASTHERM HT250 - thicknesses 6, 8, 10, 12, 15, 20 mm, sheet size 1040x2000 mm
  • GLASTHERM THERMALITE 500, is produced in thicknesses 4 – 50 mm, sheet size 1000x1200 mm
  • Different sizes, types and material delivery dates are specified after consultation with manufacturer
  • We mainly supply precision-machined parts and cutoff s according to drawings
  • Our company has technological device to which we are able to work with maximum format 1220 x 2440 mm

  We will prepare price offer base on customer specific requirements

  Material application:

  • Injection forms insulation sheets, presses, and machine equipment insulation

  Comment:

  • The materials are parts subject to wear. The lifetime depends on the height and stability of the temperature, mechanical stress, and the type of disconnection that is being used
  • Other thicknesses on request
• Ballistic protection
• Flexible insulation, adhesive tapes

  Flexible insulating materials are used in electronic and electrical applications for electrical and mechanical protection.

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  Flat insulation is available in temperature classes A - 105 ° C, B - 130 ° C, F -155 ° C, H - 180 ° C. We supply materials in standard widths: 450 - 914 (990) mm or we divide them according to the customer into the required width.
  Flexible insulation can be feathered, shaped, pressed or punched.
  We supply DuPont materials: Mylar®, NPN, Kapton®, Nomex®.
  We cooperate with COVEME company, which is a manufacturer of flexible insulation DyFlex®, DyTerm®, DyTerm® K, DyBond®, DyFilm®, DyFilm®HB / HBB, DyVolt® for electric motors, generators, transformers, photovoltaics, etc.

  www.coveme.com
  
  Catalog for downloading
  
  Other types of flat insulation include Prespan and electrical cardboard in sheets.

  • Flexible insulating materials

    

     

     

     

     

     

     

    • NOMEX®, KAPTON®, MYLAR®, PRESSPAHN
    • Shaping of slot insulation
    • Pressing and shaping of insulations
    • Cutting non-stick materials
    • Feathering
  • Glass banding tape
  • Electrical insulating adhesive tapes