Rubber condoms — Part 1: Requirements — Condoms in consumer packages

Rubber condoms — Part 1: Requirements

Rubber condoms — Part 2: Determination of length

Rubber condoms — Part 2: Determination of length

Rubber condoms — Part 3: Determination of width

Rubber condoms — Part 3: Determination of width

Rubber condoms — Part 4: Determination of colour fastness

Rubber condoms — Part 5: Testing for holes

Rubber condoms — Part 5: Testing for holes

Rubber condoms — Part 5: Testing for holes — Water leak test

Rubber condoms — Part 6: Determination of bursting volume and pressure

Rubber condoms — Part 6: Determination of bursting volume and pressure

Rubber condoms — Part 6: Determination of bursting volume and pressure

Rubber condoms — Part 7: Determination of resistance to deterioration during storage

Rubber condoms — Part 7: Oven conditioning

Rubber condoms — Part 8: Determination of mass

Rubber condoms — Part 9: Determination of tensile properties

Rubber condoms — Part 9: Determination of tensile properties

Rubber condoms — Part 10: Packaging and labelling

Rubber condoms — Part 10: Packaging and labelling — Condoms in consumer packages

Rubber condoms — Part 12: Storage

Natural latex rubber condoms — Requirements and test methods

Natural latex rubber condoms — Requirements and test methods — Technical Corrigendum 1

Natural latex rubber condoms — Requirements and test methods — Technical Corrigendum 2

Natural rubber latex male condoms — Requirements and test methods

Natural rubber latex male condoms — Requirements and test methods

Natural rubber latex male condoms — Requirements and test methods

Copper-bearing intra-uterine contraceptive devices — Requirements, tests

Mechanical contraceptives — Intra-uterine devices

Copper-bearing contraceptive intrauterine devices — Requirements and tests

Copper-bearing contraceptive intrauterine devices — Requirements and tests

Copper-bearing contraceptive intrauterine devices — Requirements and tests

Intra-uterine devices — Part 1: Determination of breaking force

Intra-uterine devices — Part 2: Recommendations for disinfection

Intra-uterine devices — Part 3: Packaging and labelling

Reusable rubber contraceptive diaphragms — Part 1: Classification, sampling and requirements

Reusable rubber contraceptive diaphragms — Part 2: Determination of size

Reusable rubber contraceptive diaphragms — Part 3: Determination of dome thickness

Reusable rubber contraceptive diaphragms — Part 4: Freedom from visible defects

Reusable rubber contraceptive diaphragms — Part 4: Freedom from visible defects

Reusable rubber contraceptive diaphragms — Part 5: Determination of tensile properties

Reusable rubber contraceptive diaphragms — Part 5: Determination of tensile properties

Reusable rubber contraceptive diaphragms — Part 6: Determination of deterioration after accelerated ageing

Reusable rubber contraceptive diaphragms — Part 7: Determination of compression resistance of coil spring and flat spring diaphragms

Reusable rubber contraceptive diaphragms — Part 8: Determination of twisting during compression of coil spring and flat spring diaphragms

Reusable rubber contraceptive diaphragms — Part 9: Packaging and labelling

Reusable rubber contraceptive diaphragms — Part 10: Recommendations for storage

Mechanical contraceptives — Reusable natural and silicone rubber contraceptive diaphragms — Requirements and tests

Mechanical contraceptives — Reusable natural and silicone rubber contraceptive diaphragms — Requirements and tests — Amendment 1

Mechanical contraceptives — Reusable natural and silicone rubber contraceptive diaphragms — Requirements and tests

Mechanical contraceptives — Reusable natural and silicone rubber contraceptive diaphragms — Requirements and tests

Copper-bearing intrauterine contraceptive devices — Guidance on the design, execution, analysis and interpretation of clinical studies

Copper-bearing intrauterine contraceptive devices — Guidance on the design, execution, analysis and interpretation of clinical studies

Rubber condoms for clinical trials — Measurement of physical properties

Rubber condoms for clinical trials — Measurement of physical properties — Amendment 1

Rubber condoms — Guidance on the use of ISO 4074 in the quality management of natural rubber latex condoms

Male condoms — Guidance on the use of ISO 4074 and ISO 23409 in the quality management of condoms

Male condoms — Guidance on the use of ISO 4074 and ISO 23409 in the quality management of condoms

Fallopian rings — Requirements and test methods

Additional lubricants for male natural rubber latex condoms — Effect on condom strength

Additional lubricants for male natural rubber latex condoms — Effect on condom strength

Guidance on sample handling for determination of bursting volume and pressure, and testing for freedom from holes for male condom

Compatibility of lubricants with synthetic male condoms

Male condoms — Requirements and test methods for condoms made from synthetic materials

Female condoms — Use of ISO 25841 and the quality management of female condoms

Female condoms — Requirements and test methods

Female condoms — Requirements and test methods

Female condoms — Requirements and test methods

Female condoms — Requirements and test methods — Amendment 1

Condoms — Determination of nitrosamines migrating from natural rubber latex condoms

Prophylactic dams — Requirements and test methods

Condoms — Guidance on clinical studies — Part 1: Male condoms, clinical function studies based on self-reports

Condoms — Guidance on clinical studies — Part 2: Female condoms, clinical function studies based on self-reports