APSOPUR® L11 Product datasheet APSOPUR® Standard APSOPUR® range mixed cellular polyurethane Standard dimensions on stock 12.5 mm with APSOPUR® L11–12 25 mm with APSOPUR® L11–25 Other dimensions (also thickness) as well as stamped and molded parts on request Operating load range Load peaks Compression load (static loads) (static plus dynamic loads) (short term, infrequent loads) Static load Material properties Test methods Static modulus of elasticity tangent modulus, see chart modulus of elasticity Dynamic modulus of elasticity depending on the frequency, static load and thickness, see chart modulus of elasticity Mechanical loss factor depending on the load, the amplitude and the frequency measured 30 minutes after unloading, 50% deformation, 23 °C, 72 hours Tensile strength Tear strength Fire behavior Compression strength compressive strength 25% deformation, sample h = 25 mm Rebound resilience depending on thickness, sample h = 25 mm Strength reduction depending on thickness, sample h = 25 mm normal flammable steel (dry) concrete (dry) * Tests according to respective standards APSOPUR ® we catch your vibration

APSOPUR® L11 Product datasheet dynamic load range optimal load range Load deflection curve Control of the deflection of APSOPUR® L11 between two flat steel plates, according to DIN EN 826. Recording of the 3rd loading. Loading time 20 secondes. Testing at room temperature. Form factor q = 3 optimale optimal load range 40 Hz Measurement of the dynamic modulus of elasticity of APSOPUR® L11 due to sinusoidal excitation with a constant medium load, oscillating range ± 0.25 mm. Quasistatic modulus of elasticity as a tangent modulus taken from the load deflection curve. Test according to DIN 53513....

0.016 dynamic load range Natural frequency optimal load range Natural frequency of a single-degree-offreedom system consisting of a fixed mass and an elastic bearing consisting of APSOPUR® L11 based on a stiff subgrade. Natural frequency of the system [Hz] Vibration isolation efficiency Reduction of the transmitted mechanical vibrations by implementation of an elastic bearing consisting of APSOPUR® L11 based on a stiff subgrade. Parameter: transmission in dB, isolation rate in %. Natural frequency of the system [Hz] APSOPUR ® we catch your vibration

Creep behavior Increase of the deformation of APSOPUR© L11 under the same constant compressive load. Relative deection [% of the thickness] All information and data is based on our current knowledge. The data can be applied for calculations and as guidelines, are subject to typical manufacturing tolerances and are not guaranteed. We reserve the right to amend the data. APSOPUR ® we catch your vibration Further characteristic values on request. France Angst + Pfister SA Boîte postale 50115, 33, rue des Chardonnerets ZAC Paris Nord ll, FR-95950 Roissy CDG CEDEX Phone +33 (0)1 48 63 20 80 Fax +33...

APSOPUR® LI 8 Product datasheet Standard dimensions on stock Compression load [static loads] Operating load range [static plus dynamic loads] Load peaks [short term, infrequent loads] Standard APSOPUR® range Other dimensions (also thickness) as well as stamped and molded parts on request Material properties Test methods Comment Static modulus of elasticity 0.05-0.25 N/mm2 EN 826* tangent modulus, see chart modulus of elasticity Dynamic modulus of elasticity 0.25-0.55 N/mm2 DIN 5351 3 depending on the frequency, static load and thickness, see chart modulus of elasticity Mechanical loss factor...

APSOPUR® L18 Product datasheet dynamic load range Load deflection curve Control of the deflection of APSOPUR® L18 between two flat steel plates, according to DIN EN 826. Recording of the 3rd loading. Loading time 20 secondes. Testing at room temperature. optimal load range Form factor q = 3 0.018 N/mm² optimal load range Measurement of the dynamic modulus of elasticity of APSOPUR® L18 due to sinusoidal excitation with a constant medium load, oscillating range ± 0.25 mm. Quasistatic modulus of elasticity as a tangent modulus taken from the load deflection curve. Test according to DIN 53513. dynamic...

0.03 dynamic load range Natural frequency optimal load range Natural frequency of a single-degree-offreedom system consisting of a fixed mass and an elastic bearing consisting of APSOPUR® L18 based on a stiff subgrade. Natural frequency of the system [Hz] Vibration isolation efficiency Reduction of the transmitted mechanical vibrations by implementation of an elastic bearing consisting of APSOPUR® L18 based on a stiff subgrade. Parameter: transmission in dB, isolation rate in %. Natural frequency of the system [Hz] APSOPUR ® we catch your vibration

Relative deection [% of the thickness] Creep behavior Increase of the deformation of APSOPUR© L18 under the same constant compressive load. All information and data is based on our current knowledge. The data can be applied for calculations and as guidelines, are subject to typical manufacturing tolerances and are not guaranteed. We reserve the right to amend the data. APSOPUR ® we catch your vibration Further characteristic values on request. France Angst + Pfister SA Boîte postale 50115, 33, rue des Chardonnerets ZAC Paris Nord ll, FR-95950 Roissy CDG CEDEX Phone +33 (0)1 48 63 20 80 Fax +33...

APSOPUR® L28 Product datasheet Standard dimensions on stock Compression load [static loads] Operating load range [static plus dynamic loads] Load peaks [short term, infrequent loads] Standard APSOPUR® range Other dimensions (also thickness) as well as stamped and molded parts on request Material properties Test methods Comment Static modulus of elasticity 0.08-0.50 N/mm2 EN 826* tangent modulus, see chart modulus of elasticity Dynamic modulus of elasticity 0.35-0.75 N/mm2 DIN 5351 3 depending on the frequency, static load and thickness, see chart modulus of elasticity Mechanical loss factor 0.22...