ASTM D1414 — read the full explanation
TensileTesting of rubber O-rings (tensile strength, elongation using spool fixtures).
Industry
Rubber products, tyres & hoses
Filter by material, test type or standards body, or search a designation directly. Where a method has an equivalent under another body, both are shown.
ASTM D1871 / D885
Peel & adhesionBead wire and tyre cord adhesion/tensile for tyre plants.
ASTM D395 — read the full explanation
CompressionCompression set under constant force — fixture loading via UTM.
ASTM D412 — read the full explanation
TensileTension testing of vulcanized rubber and thermoplastic elastomers (dumbbell and ring specimens).
ASTM D413 — read the full explanation
Peel & adhesionAdhesion of rubber to fabric or flexible substrate (ply separation).
ASTM D429 — read the full explanation
Peel & adhesionAdhesion of rubber to rigid substrates (Methods A, B, C — tension and 90° peel).
ASTM D575 — read the full explanation
CompressionRubber properties in compression (deflection at load / load at deflection).
ASTM D624 — read the full explanation
TearTear strength of conventional vulcanized rubber and thermoplastic elastomers (Die A, B, C and trouser).
EN ISO 1402-adjacent
Peel & adhesionRubber hose — tensile of tube/cover, adhesion between layers (burst tests via hydraulic rigs).
IS 3400-1
TensileCompound QC — tensile stress-strain of every production batch. Equivalent to: ISO 37
IS 443
Peel & adhesionRubber hose — tensile of tube/cover, adhesion between layers (burst tests via hydraulic rigs).
IS 3400 (Part 1) — read the full explanation
TensileBIS tensile stress-strain method for vulcanized rubber, aligned with ISO 37.
ISO 1421 — read the full explanation
TensileRubber- or plastics-coated fabrics (belt carcass materials) — tensile strength and elongation.
ISO 1798 — read the full explanation
TensileTensile strength and elongation at break of flexible cellular polymers.
ISO 1827 — read the full explanation
Peel & adhesionShear modulus and adhesion of rubber to rigid plates — quadruple-shear method (anti-vibration mounts).
ISO 20588-adjacent
Peel & adhesionAdhesion of bead wire to rubber; tensile of tyre cords and dipped fabrics.
ISO 2411 — read the full explanation
Peel & adhesionCoated fabrics — coating adhesion (peel of coating from substrate).
ISO 3386-1 / -2 — read the full explanation
CompressionStress-strain characteristics in compression of flexible cellular polymers (low- and high-density).
ISO 34-1 — read the full explanation
TearTear resistance of compounds for tyres, belts and moulded goods.
ISO 36 — read the full explanation
Peel & adhesionAdhesion of rubber to textile fabrics.
ISO 37 — read the full explanation
TensileDetermination of tensile stress-strain properties of vulcanized and thermoplastic rubber. Equivalent to: IS 3400-1
ISO 7743 — read the full explanation
CompressionDetermination of compression stress-strain properties of rubber.
ISO 813 — read the full explanation
Peel & adhesionAdhesion of rubber to rigid substrate — 90° peel and tension methods.
ISO 813 / 814
Peel & adhesionRubber-to-metal bond strength — mounts, bushings, rollers, linings.
ASTM D5289 — read the full explanation
Cure & rheologyVulcanization characteristics with a rotorless cure meter — ML, MH, ts2 and t90 read from the cure curve. Equivalent to: ISO 6502-3, DIN 53529
ISO 6502-3 — read the full explanation
Cure & rheologyMeasurement of vulcanization characteristics with rotorless curemeters. Equivalent to: ASTM D5289, DIN 53529
DIN 53529
Cure & rheologyVulcanization characteristics and cure behaviour of rubber compounds. Equivalent to: ASTM D5289, ISO 6502-3
ISO 13145
Cure & rheologyViscosity and stress relaxation of unvulcanized rubber using a rotorless sealed shear rheometer.
ASTM D6204 — read the full explanation
Cure & rheologyProcessability of unvulcanized rubber with a rotorless shear rheometer — strain and frequency sweeps.
ASTM D6601 — read the full explanation
Cure & rheologyCure and after-cure dynamic properties with a rotorless shear rheometer.
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Tell us the specimen, not just the standard.
Thickness, width and expected break force decide the grip as much as the method does. Send us those and we will specify the frame, the load cell and the fixture around them.