Technical data sheet - TESNIT® BA-202 ECO TESNIT® BA-202 ECO TESNIT® BA-202 ECO gasket material is formulated from blends of repurposed CNAF materials for environmentally conscious end-users and is characterized by an all-aspects “low carbon footprint”. Its good compressibility and sealing performance make it well suited for regular liquid and gas sealing applications. APPROPRIATE INDUSTRIES & APPLICATIONS  GENERAL PURPOSE WATER SUPPLY Blend of repurposed CNAF, NBR-binder; steel wire mesh reinforcement optionally on request Please inquiry Sheet dimensions Size (mm): 1500 x 1500 | 3000 x 1500 | 4500 x 1500 Thickness (mm): 1.0 | 1.5 | 2.0 | 3.0 Other sizes and thicknesses available on request Length and width: ± 5 % Thickness ≤ 1.0 mm: ± 0.1 mm Thickness > 1.0 mm: ± 10 % Surface finish Standard: 2AS. Optional: graphite or PTFE. TECHNICAL DATA Typical values for 2 mm thickness Density Compressibility Recovery Tensile strength DIN 28090-2 ASTM F36 ASTM F36 ASTM F152 Residual stress 50 MPa, 175°C, 16 h 50 MPa, 300°C, 16 h Specific leak rate Thickness increase Oil IRM 903, 150°C, 5 h ASTM Fuel B, 20°C, 5 h Compression modulus At room temperature: εKSW At elevated temperature: εWSW/200°C Creep relaxation At room temperature: εKRW Maximum operating conditions Peak temperature Continuous temperature Continuous temperature with steam Pressure °C/°F °C/°F °C/°F bar/psi

Technical data sheet - TESNIT® BA-202 ECO EN 1514-1, Type IBC, PN 40, DIN 28091-2 / 3.8, 2 mm P-T diagrams indicate the maximum permissible combination of internal pressure and service temperature which can be simultaneously applied to a given gaskets thickness, size and tightness class. Given the wide variety of gasket applications and service conditions, these values should only be regarded as a guidance for the proper gasket assembly. In general, thinner gaskets exhibit better P-T properties. ■ General suitability - Under common installation practices and chemical compatibility ■ Conditional...