We cut non-metallic gaskets from sheets up to 1500 mm wide to a standard or drawing. We select the material for the medium, temperature, pressure and required approvals.
We cut non-metallic flat gaskets on CNC routers from sheets up to 1500 mm wide. We cut flange gaskets to DIN EN 1514 and ASME B16.21, as well as irregular shapes from DXF/STEP files.
We offer gasket sheets from major brands: Donit Tesnit BA, Gambit AF and Klinger, in thicknesses from 0.5 mm to 6 mm. Industry approvals, including DVGW for gas and TA-Luft for fugitive emissions, are available for selected sheets on request.
Available materials: BA-202 (oils and fuels, up to +180°C), BA-CF (carbon fibres, up to +400°C), Grafilit (expanded graphite, up to +550°C in air and steam), MICALIT (mica with a stainless steel insert, up to +950°C) and virgin PTFE (chemical applications, up to +260°C). For the full list of Donit, Gambit and Klinger materials, see the “Available materials” section.
We offer flat gaskets in the following versions:
Flat gaskets to the following standards:
For help selecting a gasket for a specific flange connection, DN dimensions, geometry and pressure class: Flange gaskets.
Flange seals for fuel and process systems. Donit BA-202 for fuels, Grafilit for steam and MICALIT for furnaces.
Gaskets for steam boilers, heat exchangers and heating-water pipelines. Grafilit sheets have DIN-DVGW, HTB, KTW, BAM and Germanischer Lloyd approvals. We confirm the required approval for the specific sheet on request.
Gaskets for water and wastewater systems: EPDM and NBR rubber and Donit Tesnit sheets. Industry approvals, including DVGW and KTW, are available on request for selected sheets.
PTFE gaskets (Doniflon, Klinger) for concentrated acids, alkalis and solvents. Excellent chemical resistance.
Materials from which ANBI-TECH manufactures custom flat gaskets. The material families include Donit Tesnit BA, Gambit AF, Doniflon, Klinger and Grafilit, including BA-55, BA-AUTO, BA-R, BA-R300 and BA-R302.
Scroll the table sideways to see all columns.
| Gasket sheet | Temperature | Pressure |
|---|---|---|
| DONIFLON 2010 | -200 to +260°C | max. 60 bar |
| DONIFLON 2020 | -200 to +260°C | max. 80 bar |
| DONIFLON 2030 | -200 to +260°C | max. 80 bar |
| Doniflon 900E | -200 to +260°C | max. 200 bar |
| Gambit AF-1000 grade | 420°C | 12 bar |
| Gambit AF-200 | 350°C | 10 bar |
| Gambit AF-300 grade | 320°C | 10 bar |
| Gambit AF-OIL grade | 350°C | 10 bar |
| GRAFILIT SF grade | 550°C (air or oxidising conditions), 700°C (reducing or inert conditions) | max. 80 bar |
| GRAFILIT SL grade | 550°C (air or oxidising conditions), 700°C (reducing or inert conditions) | max. 100 bar |
| GRAFILIT SP grade | 550°C (air or oxidising conditions), 700°C (reducing or inert conditions) | max. 200 bar |
| Donit Tesnit BA-202 grade | 180°C | 40 bar |
| Donit Tesnit BA-203 | 250°C | 50 bar |
| Donit Tesnit BA-50 | 280°C | 80 bar |
| Donit Tesnit BA-C grade | 200°C | 60 bar |
| Donit Tesnit BA-CF grade | 400°C | 100 bar |
| Donit Tesnit BA-GL | 440°C | 120 bar |
| Donit Tesnit BA-R grade | 400°C | 140 bar |
| Donit Tesnit BA-R300 | 550°C | |
| Donit Tesnit BA-R302 | 650°C | 500 bar |
| Donit Tesnit BA-U grade | 350°C | 100 bar |
The technical parameters shown in the tables come from the gasket sheet manufacturers’ data sheets. We confirm the choice of material for the specific application before production.
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Temperature | °C | -200 to +260 | |
| Pressure | bar | max. 60 | |
| pH range | 0-14 | ||
| Density | DIN 28090-2 | g/cm3 | 1.5 |
| Compressibility | ASTM F36J | % | 35 |
| Recovery | ASTM F36J | % | 40 |
| Tensile strength | ASTM F152 | MPa | 14 |
| Residual stress | Test conditions: 16h, 30MPa, 150°C; DIN 52913 | MPa | 14 |
| Nitrogen permeability | DIN 3535-6 | mg/(s·m) | <0.002 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Temperature | °C | -200 to +260 | |
| Pressure | bar | max. 80 | |
| pH range | 0-14 | ||
| Density | DIN 28090-2 | g/cm3 | 2.1 |
| Compressibility | ASTM F36J | % | 7 |
| Recovery | ASTM F36J | % | 45 |
| Tensile strength | ASTM F152 | MPa | 14 |
| Residual stress | Test conditions: 16h, 30MPa, 150°C; DIN 52913 | MPa | 13 |
| Nitrogen permeability | DIN 3535-6 | mg/(s·m) | <0.002 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Temperature | °C | -200 to +260 | |
| Pressure | bar | max. 80 | |
| pH range | 0-14 | ||
| Density | DIN 28090-2 | g/cm3 | 3.0 |
| Compressibility | ASTM F36J | % | 6 |
| Recovery | ASTM F36J | % | 40 |
| Tensile strength | ASTM F152 | MPa | 10 |
| Residual stress | Test conditions: 16h, 30MPa, 150°C; DIN 52913 | MPa | 13 |
| Nitrogen permeability | DIN 3535-6 | mg/(s·m) | <0.002 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Minimum operating temperature | °C/°F | -200/-328 | |
| Maximum operating temperature | °C/°F | 260/500 | |
| Maximum pressure | bar/psi | 200/2900 | |
| pH range | 0-14 | ||
| Density | DIN 28090-2 | g/cm3 | 0.8 |
| Compressibility | ASTM F36J | % | 55 |
| Recovery | ASTM F36J | % | 12 |
| Tensile strength | ASTM F152 | MPa | 32 |
| Residual stress | Test conditions: 16h, 30MPa, 300°C; DIN 52913 | MPa | 16 |
| Nitrogen permeability | DIN 3535-6 | mg/(s·m) | 0.002 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 9 |
| Recovery | ASTM F36/J | % | 50 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 | MPa | 6 32 35 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 3535/6 ASTM F 146 | mg(s*m) % % % % | 0.07 8 7 |
| Peak temperature | °C/°F | 420 | |
| Long-term temperature – with steam | °C/°F | 350 250 | |
| Pressure | bar/psi | 12 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 10 |
| Recovery | ASTM F36/J | % | 55 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 | MPa | 9 29 35 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 28090-2 ASTM F 146 | g(s*m)/cm3 % % % % | 2.0 6 6 |
| Peak temperature | °C/°F | 350 | |
| Long-term temperature – with steam | °C/°F | 300 230 | |
| Pressure | bar/psi | 10 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 11 |
| Recovery | ASTM F36/J | % | 50 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 | MPa | 8 22 28 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 28090-2 ASTM F 146 | g(s*m)/cm3 % % % % | 2.0 |
| Peak temperature | °C/°F | 320 | |
| Long-term temperature – with steam | °C/°F | 280 220 | |
| Pressure | bar/psi | 10 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 10 |
| Recovery | ASTM F36/J | % | 55 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 | MPa | 9 29 35 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 28090-2 ASTM F 146 | g(s*m)/cm3 % % % % | 2.0 6 6 |
| Peak temperature | °C/°F | 350 | |
| Long-term temperature – with steam | °C/°F | 300 230 | |
| Pressure | bar/psi | 10 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Max. continuous operating temperature* • Air or oxidising conditions • Reducing or inert conditions | °C/°F | 550/1022 700/1292 | |
| Min. continuous operating temperature* | °C/°F | -200/-328 | |
| Max. continuous operating pressure* | bar/psi | 80/1160 | |
| Compressibility | ASTM F36 | % | 45 |
| Recovery | ASTM F36 | % | 13 |
| Stress resistance | Test conditions: 16h, 300°C; DIN 52913 | N/mm 2 | 49 |
| Nitrogen permeability | Test conditions: 40 bar, RT; DIN 3535/6 | mg(s*m) | 0.05 |
| Ash content in graphite | DIN 51903 | % | <1 |
| Chloride content | FSA NMG 202-02 | ppm | 20 |
| Fluoride content | FSA NMG 203-02 | ppm | 20 |
| Graphite density | DIN 28090-2 | g/cm 3 | 1.0 |
| Compression modulus • at room temperature: EKSW • at elevated temperature: EWSW/300°C | DIN 28090-2 | % | 41 0.9 |
| Creep recovery as a percentage • at room temperature: EKRW • at elevated temperature: EWRW | DIN 28090-2 | % | 5.0 4.0 |
| Recovery R | DIN 28090-2 | mm | 0.088 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Max. continuous operating temperature* • Air or oxidising conditions • Reducing or inert conditions | °C/°F | 550/1022 700/1292 | |
| Min. continuous operating temperature* | °C/°F | -200/-328 | |
| Max. continuous operating pressure* | bar/psi | 100/1450 | |
| Compressibility | ASTM F36A | % | 42 |
| Recovery | ASTM F36A | % | 15 |
| Stress resistance | Test conditions: 16h, 300°C; DIN 52913 | N/mm 2 | 49 |
| Nitrogen permeability | Test conditions: 40 bar, RT; DIN 3535/6 | mg(s*m) | 0.05 |
| Ash content in graphite | DIN 51903 | % | <1 |
| Chloride content | FSA NMG 202 | ppm | 20 |
| Fluoride content | FSA NMG 203 | ppm | 20 |
| Graphite density | DIN 28090-2 | g/cm 3 | 1.0 |
| Compression modulus • at room temperature: EKSW • at elevated temperature: EWSW/300°C | DIN 28090-2 | % | 38 1.2 |
| Creep recovery as a percentage • at room temperature: EKRW • at elevated temperature: EWRW | DIN 28090-2 | % | 4.3 3.6 |
| Recovery R | DIN 28090-2 | mm | 0.080 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Max. continuous operating temperature* • Air or oxidising conditions • Reducing or inert conditions | °C/°F | 550/1022 700/1292 | |
| Min. continuous operating temperature* | °C/°F | -200/-328 | |
| Max. continuous operating pressure* | bar/psi | 200/2900 | |
| Compressibility | ASTM F36 | % | 35 |
| Recovery | ASTM F36 | % | 17 |
| Stress resistance | Test conditions: 16h, 300°C; DIN 52913 | N/mm 2 | 49 |
| Nitrogen permeability | Test conditions: 40 bar, RT; DIN 3535/6 | mg(s*m) | 0.05 |
| Ash content in graphite | DIN 51903 | % | <1 |
| Chloride content | FSA NMG 202-02 | ppm | 20 |
| Fluoride content | FSA NMG 203-02 | ppm | 20 |
| Graphite density | DIN 28090-2 | g/cm 3 | 1.0 |
| Compression modulus • at room temperature: EKSW • at elevated temperature: EWSW/300°C | DIN 28090-2 | % | 34 1.2 |
| Creep recovery as a percentage • at room temperature: EKRW • at elevated temperature: EWRW | DIN 28090-2 | % | 4.2 3.3 |
| Recovery R | DIN 28090-2 | mm | 0.086 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 8 |
| Recovery | ASTM F36/J | % | 50 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 DIN 52913 | MPa | 7 20 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 3535/6 ASTM F 146 | mg(s*m) % % % % | 0.08 10 10 |
| Peak temperature | °C/°F | 180/356 | |
| Long-term temperature – with steam | °C/°F | 140/284 120/248 | |
| Pressure | bar/psi | 40/580 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 10 |
| Recovery | ASTM F36/J | % | 60 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 DIN 52913 | MPa | 8 / 25 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 3535/6 ASTM F 146 | mg(s*m) % % % % | 0.08 8 10 |
| Peak temperature | °C/°F | 250/482 | |
| Long-term temperature – with steam | °C/°F | 200/392 160/320 | |
| Pressure | bar/psi | 50/725 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 9 |
| Recovery | ASTM F36/J | % | 55 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 DIN 52913 | MPa | 11 25 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 3535/6 ASTM F 146 | mg(s*m) % % % % | 0.07 8 10 |
| Peak temperature | °C/°F | 280/536 | |
| Long-term temperature – with steam | °C/°F | 220/428 180/356 | |
| Pressure | bar/psi | 80/1160 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 8 |
| Recovery | ASTM F36/J | % | 45 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 DIN 52913 | MPa | 10 25 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 3535/6 ASTM F 146 | mg(s*m) % % % % | 0.06 10 8 |
| Peak temperature | °C/°F | 200/392 | |
| Long-term temperature – with steam | °C/°F | 150/302 | |
| Pressure | bar/psi | 60/870 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 9 |
| Recovery | ASTM F36/J | % | 60 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 DIN 52913 | MPa | 12 30 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 3535/6 ASTM F 146 | mg(s*m)% % % % | 0.095 5 |
| Peak temperature | °C/°F | 400/752 | |
| Long-term temperature – with steam | °C/°F | 300/572 280/536 | |
| Pressure | bar/psi | 100/1450 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 7 |
| Recovery | ASTM F36/J | % | 55 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 DIN 52913 | MPa | 11 38 33 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 3535/6 ASTM F 146 | mg(s*m) % % % % | 0.03 3 5 |
| Peak temperature | °C/°F | 440/824 | |
| Long-term temperature – with steam | °C/°F | 350/662 250/482 | |
| Pressure | bar/psi | 120/1740 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 8 |
| Recovery | ASTM F36/J | % | 55 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 DIN 52913 | MPa | 17 25 30 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 3535/6 ASTM F 146 | mg(s*m) % % % % | 8 |
| Peak temperature | °C/°F | 400/752 | |
| Long-term temperature – with steam | °C/°F | 350/662 – | |
| Pressure | bar/psi | 140/2030 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 10 |
| Recovery | ASTM F36/J | % | 40 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 DIN 52913 | MPa | 40 60 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 3535/6 ASTM F 146 | mg(s*m) % % % % | 5 |
| Peak temperature | °C/°F | 550/1022 | |
| Long-term temperature – with steam | °C/°F | 450/842 | |
| Pressure | bar/psi |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 8 |
| Recovery | ASTM F36/J | % | 45 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 DIN 52913 | MPa | 45 48 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 3535/6 ASTM F 146 | mg(s*m) % % % % | 5 |
| Peak temperature | °C/°F | 650/1202 | |
| Long-term temperature – with steam | °C/°F | 600/1112 | |
| Pressure | bar | 500 |
| Property | Test method | Unit | Specification |
|---|---|---|---|
| Compressibility | ASTM F36/J | % | 11 |
| Recovery | ASTM F36/J | % | 60 |
| Tensile strength | Test conditions: 16h, 300°C, 50MPa • 16h, 175°C, 50MPa; DIN 52910 DIN 52913 | MPa | 10 27 23 |
| Specific leakage rate | Test conditions: IRM 903 oil, 5h, 150°C • ASTM Fuel B, 5h, 23°C • HNO 3 40%, 18h, 23°C • H 2 SO 4 65%, 48h, 23°C; DIN 3535/6 ASTM F 146 | mg(s*m)% % % % | 0.05 2 5 |
| Peak temperature | °C/°F | 350/662 | |
| Long-term temperature – with steam | °C/°F | 250/482 200/392 | |
| Pressure | bar/psi | 100/1450 |
We specialise in cutting flat gaskets:
Send a DXF/STEP drawing or a specification including DN, PN, material, temperature and medium, and we will quote for custom gaskets.
ANBI-TECH Sp. z o.o., Olewin 50A, 32-300 Olkusz. Telephone +48 32 788 70 10. E-mail: anbi@anbi-tech.pl.
Selection depends on the medium, temperature, pressure, type of connection and application requirements. Our gasket selection guide.
Approvals depend on the specific sheet. GRAFILIT is available with DIN-DVGW, HTB, KTW, BAM and Germanischer Lloyd approvals. The required approval must be confirmed for the selected sheet.
The maximum temperature depends on the type of sheet and operating conditions. The table on this page compares temperature and pressure ranges for the materials.
We publish references we have received and reviews from the ANBI-TECH business profile on Google Maps. The English versions are faithful translations of the Polish originals.
I can wholeheartedly recommend Anbi-Tech as a reliable and professional partner in machining and in manufacturing parts for the pharmaceutical industry. This is the third company where I have had the pleasure of working with Anbi-Tech, and the cooperation has been of the highest standard every time.
The pharmaceutical industry is exceptionally demanding: precision, on-time delivery, material quality and a full understanding of the customer’s needs all matter. Anbi-Tech has repeatedly proved that it is very well suited to this environment. The company has manufactured change parts, spare parts, filling needles, conveyor screws, components for dispensing powders and liquids, and many other production components for us.
The quality of the parts deserves particular recognition, whether they are made from 316L and 304 stainless steel or plastics such as POM, polyurethane and polycarbonate. The components are manufactured to a very high standard, with close attention to accuracy and detail, which is crucial in our industry.
Anbi-Tech has literally ‘saved our skin’ on many occasions in emergencies where time, a rapid response and a flexible approach to the customer mattered. A major strength of the company is its modern machinery, which enables it to complete even highly demanding projects while maintaining the highest standard of workmanship.
The people are equally important: the company’s staff always show complete commitment and a willingness to cooperate and provide technical support. Their extensive experience, professionalism and collaborative approach to customers are clear to see.
In pharmaceuticals, the ‘paperwork’, meaning certificates, is also important. The certificates have never been questioned during customer or regulatory audits, for example by GIF.
I strongly recommend working with Anbi-Tech to any company looking for a proven, reliable and quality-focused technical partner.
Dariusz Stachowicz, Senior Maintenance Manager, Polfa Warszawa S.A.
We had a very good experience working with Anbi-Tech on a new production line project for a bottling plant. Using a bottle sample and components from the old line, its engineer prepared the design and documentation for new change parts in SolidWorks. Anbi-Tech then manufactured timing screws, star wheels, drive components, bottle orienters, bottle turners and feeding components, among other items.
A major advantage is the end-to-end approach, from analysis and design through to the manufacture of finished components. Their considerable technical experience, precision and ability to solve unusual problems are clear. I recommend them.
Bartłomiej Ć, Specialist, ORLEN
We work with Anbi-Tech to manufacture parts and technical components for our projects. We value them above all for their workmanship, on-time delivery and excellent communication. When requirements are unusual, they can advise us and find a solution instead of simply manufacturing a part from a drawing. A reliable partner that I am happy to recommend.
Marek P., Production Manager, Triccor
A reliable company with extensive experience! They manufacture parts from steel, aluminium and specialist plastics such as POM and PTFE. Every service, whether turning, milling or CNC cutting, is carried out perfectly and with attention to the smallest detail. Excellent communication, professional advice and consistently on-time delivery. I wholeheartedly recommend them to anyone who needs reliable components.
Damian Lab
For a quotation, send a PDF or DXF drawing or a STEP model with dimensions. State the material, the number of pieces and the quality requirements. A photograph of the part alone, without dimensions, does not allow a reliable quotation to be prepared.
If the project combines several operations, we will agree the scope of machining, inspection, assembly and processes carried out by partners.
Tel.: +48 32 788 70 10
Mobile: +48 693 726 777
Mobile: +48 693 726 127
Olewin 50A, 32-300 Olkusz
VAT ID: PL6372190715
anbi@anbi-tech.pl