PRODUCTS
With decades of experience, we are initiate a change of direction within the paper industry.
Engineered Composite Materials
press padding material
press pad
Press pads in white and blue for pressure and temperature equalization in printed circuit board production, also base material (CCL) or multilayer. We produce cushions that are used up to 400 °C. Through more reuse we achieve cost savings of 40-50%.
vulcanized fiber base paper
mica paper
special fibre paper
FELT PAPER MATERIAL
felt paper
Felt papers as an impregnation base for various resins. The voluminous and flexible nature of the paper improves the properties of the laminate.
wool felt papers
cork felt cardboard
Cork felt cardboard up to 2.20 mm. Ideal underlay for linoleum or other floors for noise insulation.
wool felt
Wool felt as an inner layer of sleeves to increase their resilience by around 50% through better flexibility.
phenolic resin paper
INNOVATION PROJECTS
papers for shopping bags
Papers for the production of shopping bags. Raw materials are in-house leftover jeans or returned organic cotton bags. Used work clothing can also be used as a raw material.
grass papers
Grass paper, versatile in use as secondary packaging in the food sector, as a liner for corrugated board production or for office paper.
flame Retardant Papers
Flame retardant papers for the construction industry. Flame-retardant felt as a bitumen base for the production of cardboard for the renovation of old buildings.
mineral board
Mineral board as a carrier for CV (cushioned vinyl) flooring. The flexible floor is well suited for wooden houses.
quartz paper
Quartz paper, separating medium when firing ceramic parts. There is no need to spread the quartz sand by hand and kiln cars can be filled more quickly.
coffee paper
One of our most sustainable projects is our coffee paper. It consists of 30% coffee grounds and can be used for many applications, such as packaging or reducing unpleasant odours.
Re-Leat
Looks like leather, smells like leather, is leather too. Our leather material has the same properties as its predecessor material.
draff paper
The draff residues from the breweries are wonderful for us to do what we do best – make paper. Why should we dispose of the leftovers when we can also make a beer mat out of it?
technical specialty paper
Our special technical paper is suitable for thermal and electrical insulation and is characterized by its high temperature resistance of up to 1,000 °C.
PAPER FOR THE AUTOMOTIVE INDUSTRY
highly efficient special papers for thermal shielding components
These are papers that have an exceptionally even structure with low thermal conductivity. They are used, among other things, as a composite material as heat shields for the automotive and aerospace industries. Our high-tech papers are heat resistant up to 1000 °C, there is no smoke or odour.
JG50
Jagolit 50 was particularly developed for thermal insulation at temperatures up to 450°C (842 °F), with the addition of acoustic sound absorption in automotive and engine acoustics.
- Thermal shielding parts
- Highly filled papers
- Special fibres
- Heat resistant up to 450 °C (842 °F)
0,48 – 1,50 mm
1016 mm
1,05 g/cm³
JG438
Jagolit 438 is a medium density, virtually organic-free material with excellent heat and flame resistance, and low thermal conductivity. It is intended for use as a general purpose insulating filler material in 3-part heat shield construction and can withstand a maximum temperature of 500°C (932 °F).
- Thermal shielding parts
- Highly filled papers
- Special fibres
- Heat resistant up to 500 °C (932 °F)
0,48 – 1,50 mm
1016 mm
1,00 g/cm³
TI650
TI650 is a low density, highly inorganic material with excellent heat resistance and extremely low thermal conductivity. There is no detectable smoke or odor emitted upon initial heat up and it maintains physical integrity when exposed to temperatures as high as 650°C (1202 °F).
- Thermal shielding parts
- Highly filled papers
- Special fibres
- Heat resistant up to 650 °C (1202 °F)
0,48 – 1,50 mm
1016 mm
0,88 g/cm³
TI1K
TI1K is a very low density, highly inorganic material with excellent heat resistance and extremely low thermal conductivity. There is no detectable smoke or odor emitted upon initial heat-up and it maintains physical integrity when exposed to temperatures as high as 1000°C (1832 °F).
- Thermal shielding parts
- Highly filled papers
- Special fibres
- Heat resistant up to 1000°C (1832 °F)
0,48 – 1,50 mm
1016 mm
0,88 g/cm³
gasket material
Our gaskets materials from the FibroBond product range can be used for all types of cylinder head facing and soft gaskets. They are resistant to oil, water, fuel, glycol and temperatures up to 200°C (392 °F).
We are able to print the material according to your individual requirements and finish it with a special and high-quality anti-stick coating on one or both sides. Only selected special fibres are used to manufacture our products so that we can guarantee long-lasting and efficient product performance.
- Exhaust manifold gaskets
- Cooling water gaskets
- Oil pan gaskets
- Turbocharger gaskets
- Cylinder head gaskets
- Gearbox cover gaskets
- For all types of cylinder head facing and soft gaskets
- Oil, water, fuel, glycol and temperature resistance up to 200°C
- Printing and coating
- Original Equipment Manufacturer “OEM” and Aftermarket
0,30 – 1,40 mm
1016 mm
Sorte
Application: Facing Material, with Aramid
Application: Cylinder head facing, with Aramid
Application: Cylinder head facing, Blend of Cellulose and Aramid
Application: Exhaust gas
Application: Gearbox, Oil, Fuel, Coolant
Application: Soft gasket, with organic and inorganic fibres and NBR latex
Application: Oil, Fuel, Water, Temperature resistant up to 180°C
Application: Oil, Fuel, Water, Temperature resistant up to 180°C
Application: Air, Oil, Coolant, Temperature resistant up to 200°C, with SBR/ acryl latex
Application: Air, Oil, Coolant, Temperature resistant up to 200°C, with NBR/ SBR latex
Application: Facing Material, for After Market
MOVE FORWARD...
Our FibroTesh grades are highly engineered materials made from inorganic fibres and fillers and a special coating. They are extremely robust and resistant even under high temperatures and are used as shielding materials in battery cell technology and as insulation solutions in fuel cell technology and hydrogen cell technology.
- Special fibres
- Coating
- Installation in combination with other components
- Heat resistance: up to 1200°C (2192 °F)