EN Standards
EN 828: 1998
EN 1464: 1995
EN 1465: 1995
EN 1965-1: 2001
EN 1965-2: 2001
EN 1966: 2003
EN 1967: 2003
EN 12701: 2001
EN 14173: 2002
EN 26922: 1993
EN 28510-1: 1993
EN 28510-2: 1993
ASTM Standards
ASTM-D897, GOST 209-75-A, GOST14760-69
ASTM D2739-97
ASTM D2851-15
Standard Specification for Liquid Optical Adhesive
ASTM D3166 – 99(2020)
ASTM D3310-00
ASTM D3482-90
ASTM D3762-03
ASTM D3930 – 08(2015)
ASTM D3933-98
ASTM D4562-19
ASTM D4800-94 (2015)
Standard Guide for Classifying and Specifying Adhesives
A method is described for the assessment of the cleavage strength of adhesive bonded butt joints between rigid adherends under specified conditions. Test apparatus, test pieces, test procedure and reporting of results are covered.
Part C3
Withdrawn
See BS EN 26922: 1993
A method of assessing the strength of an adhesive is described in which the shear strength of lap joints between rigid rectangular adherends is determined. It is applicable to all types of adhesive but should not be used for tests on joints between identical pieces of wood. Test equipment, adherend material type dimensions and preparation, bonding procedure, testing and reporting of results are covered.
See also BS EN 1465: 1995
A procedure is described for the determination of the bond strength of a flat composite sandwich panel when subjected to a tensile force. It is intended to give comparative and quality control data, not design data. Test equipment, test pieces, conditioning and testing atmosphere, test procedure and reporting of results are included.
Test methods are described in which force is applied to an adhesive bond to determine displacement under constant force, creep and time to failure. Test apparatus, test procedure and reporting of results are included.
Part C9: 1990 Floating roller peel test
Withdrawn
Replaced by BS EN 1464: 1995
See also BS EN 2243 Part 2: 1991 and ISO 4578: 1990
Part C12: 1994 180 degree peel test for flexible-to-flexible bonded assemblies (T-peel test)
Withdrawn
Superseded by BS EN 14173:2002, which has now been superseded by BS EN ISO 11339
A test procedure is described for the determination, under specified conditions, of the resistance of adhesive bonded joints to perpendicular peel stresses on the adhesive layer. It is suitable for use on skin to core bonds in sandwich panels and may be used to obtain comparative or quality control data but not design data. Test equipment, test pieces, conditioning and testing atmosphere, test procedure and reporting of results are covered.
A test procedure is described for the determination, under specified conditions, of the peel resistance of a bonded assembly of adherends having similar moduli of rigidity. It is limited to testing of materials of sufficient flexibility to bend around a former of radius 75 mm without cracking. Test apparatus, test pieces, test procedure and reporting of results are covered.
A procedure is described for the determination of the bond strength of a double lap joint between rigid adherends under compressive loading. It is applicable under a wide range of atmospheric conditions and yields data suitable for comparative or quality control use but not design data. Test apparatus, test pieces, test procedure, conditioning and testing atmosphere and reporting of results are included.
A European standard giving an alphabetical list of terms used in both the adhesives industry and industries using adhesives. Each term has a definition
Replaces BS EN 1464:1995 and BS EN 1967:2002
A floating roller test method is specified for the determination of the peel resistance of high strength adhesive bonds between one rigid adherend and one flexible adherend when tested under specified conditions of preparation and testing. The test apparatus, test pieces, testing conditions and procedure, and reporting of results are covered.
A method is specified of determining the tensile lap shear strength of rigid-to-rigid bonded assemblies when tested on a standard test piece and under specified conditions of preparation and testing.
A test method to determine ability of a cured adhesive (possibly with a primer) to adhere to a substrate which has had a certain surface finish or with a specific surface preparation by using the three point bending method is specified.
Test methods are established for defining the strength of suitable structural adhesives in metal to metal single lap shear, at ambient and other temperatures.
Test sample dimensions and the test method for determining metal to metal peel test adhesive strength for aluminium alloys at ambient and other temperatures are specified for adhesives with a peel strength of more than 30N per 25mm.
A peeling strength test method for structural adhesives on aluminium alloy to a honeycomb core is specified at ambient and other temperatures.
Flatwise tensile test methods for the determination of the strength of structural adhesives on metal – honeycomb structures in aluminium alloys at ambient and other temperatures are specified.
Ageing tests are specified for determining the resistance of adhesive bonded joints against environmental influences.
General requirements are defined for the determination of shear stress and shear strain behaviour of structural adhesives by testing in tension metal to metal lap joints, at ambient and other temperatures. The method can be used to investigate the influence of environmental exposure on structural adhesives.
BS EN 14173:2002
Structural adhesives. T-peel test for flexible-to-flexible bonded assemblies
Superseded by BS EN ISO 11339
Supersedes BS 5350 Part C12: 1994
The characterisation of adhesively bonded joints at different temperatures and after exposure under standard conditions of time and temperature is specified.
Mechanical forces and important environmental influences on an adhesively bonded joint at a metal polymer interface are simulated qualitatively. The specification can also be used as a method to check the surface preparation of substrates, with a limited detection level. Applicable, at present, to the bonding of aluminium and titanium alloys using thermosetting structural adhesives and primers.
Requirements and test methods for adhesives used for joining PVC-U, PVC-C, ABS and PVC + SAN thermoplastic piping for non-pressure use, such as waste disposal, are specified. Piping application is not part of the standard.
Supersedes BS ISO 11003-1: 2001
A shear test for the characterisation of adhesives in a bond is specified.
Supersedes BS ISO 11003-2: 2001
A test method is specified for determining the shear behaviour of an adhesive in a single lap joint bonded assembly when subjected to a tensile force.
This standard specifies test procedures for determining the long-term durability of an adhesive system subjected to environmental and fatigue loads. The procedures are based upon measurement of the crack growth rate and the resistance to crack propagation through the adhesive layer in double cantilever beam type specimens under an applied mode I opening cycling loading.
Adhesives for the manufacture and assembly of load-bearing, structural elements as used in civil engineering and building construction are detailed. With some exceptions, it embraces all combinations of bonded materials, used to create or repair load-bearing elements. Individual adhesives and special purpose kits comprising various combinations of adhesive types and components, test methods and methods of assessment are included.
A method is described for the assessment of the cleavage strength of adhesive bonded butt joints between rigid adherends under specified conditions. Test apparatus, test pieces, test procedure and reporting of results are covered.
Part C3
Withdrawn
See BS EN 26922: 1993
A method of assessing the strength of an adhesive is described in which the shear strength of lap joints between rigid rectangular adherends is determined. It is applicable to all types of adhesive but should not be used for tests on joints between identical pieces of wood. Test equipment, adherend material type dimensions and preparation, bonding procedure, testing and reporting of results are covered.
See also BS EN 1465: 1995
A procedure is described for the determination of the bond strength of a flat composite sandwich panel when subjected to a tensile force. It is intended to give comparative and quality control data, not design data. Test equipment, test pieces, conditioning and testing atmosphere, test procedure and reporting of results are included.
Test methods are described in which force is applied to an adhesive bond to determine displacement under constant force, creep and time to failure. Test apparatus, test procedure and reporting of results are included.
Part C9: 1990 Floating roller peel test
Withdrawn
Replaced by BS EN 1464: 1995
See also BS EN 2243 Part 2: 1991 and ISO 4578: 1990
Part C12: 1994 180 degree peel test for flexible-to-flexible bonded assemblies (T-peel test)
Withdrawn
Superseded by BS EN 14173:2002, which has now been superseded by BS EN ISO 11339
A test procedure is described for the determination, under specified conditions, of the resistance of adhesive bonded joints to perpendicular peel stresses on the adhesive layer. It is suitable for use on skin to core bonds in sandwich panels and may be used to obtain comparative or quality control data but not design data. Test equipment, test pieces, conditioning and testing atmosphere, test procedure and reporting of results are covered.
A test procedure is described for the determination, under specified conditions, of the peel resistance of a bonded assembly of adherends having similar moduli of rigidity. It is limited to testing of materials of sufficient flexibility to bend around a former of radius 75 mm without cracking. Test apparatus, test pieces, test procedure and reporting of results are covered.
A procedure is described for the determination of the bond strength of a double lap joint between rigid adherends under compressive loading. It is applicable under a wide range of atmospheric conditions and yields data suitable for comparative or quality control use but not design data. Test apparatus, test pieces, test procedure, conditioning and testing atmosphere and reporting of results are included.
The standard provides an LEFM (linear-elastic fracture-mechanics) based test method for determining the fracture resistance of structural adhesive joints under applied mode I tensile loading conditions. Specimens used are double cantilever beam (DCB) and tapered double cantilever beam (TDCB). A website address for obtaining test report spreadsheets free of charge is given in the foreword.
A European standard giving an alphabetical list of terms used in both the adhesives industry and industries using adhesives. Each term has a definition
Replaces BS EN 1464:1995 and BS EN 1967:2002
A floating roller test method is specified for the determination of the peel resistance of high strength adhesive bonds between one rigid adherend and one flexible adherend when tested under specified conditions of preparation and testing. The test apparatus, test pieces, testing conditions and procedure, and reporting of results are covered.
A method is specified of determining the tensile lap shear strength of rigid-to-rigid bonded assemblies when tested on a standard test piece and under specified conditions of preparation and testing.
A test method to determine ability of a cured adhesive (possibly with a primer) to adhere to a substrate which has had a certain surface finish or with a specific surface preparation by using the three point bending method is specified.
Test methods are established for defining the strength of suitable structural adhesives in metal to metal single lap shear, at ambient and other temperatures.
Test sample dimensions and the test method for determining metal to metal peel test adhesive strength for aluminium alloys at ambient and other temperatures are specified for adhesives with a peel strength of more than 30N per 25mm.
A peeling strength test method for structural adhesives on aluminium alloy to a honeycomb core is specified at ambient and other temperatures.
Flatwise tensile test methods for the determination of the strength of structural adhesives on metal – honeycomb structures in aluminium alloys at ambient and other temperatures are specified.
Ageing tests are specified for determining the resistance of adhesive bonded joints against environmental influences.
General requirements are defined for the determination of shear stress and shear strain behaviour of structural adhesives by testing in tension metal to metal lap joints, at ambient and other temperatures. The method can be used to investigate the influence of environmental exposure on structural adhesives.
A procedure is specified for the acid chromate pickling treatment of aluminium and aluminium alloys except those containing more than 2%Si or 5%Cu. It is for surface pretreatment of parts prior to adhesive bonding or application of primer.
BS EN 14173:2002
Structural adhesives. T-peel test for flexible-to-flexible bonded assemblies
Superseded by BS EN ISO 11339
Supersedes BS 5350 Part C12: 1994
The characterisation of adhesively bonded joints at different temperatures and after exposure under standard conditions of time and temperature is specified.
Mechanical forces and important environmental influences on an adhesively bonded joint at a metal polymer interface are simulated qualitatively. The specification can also be used as a method to check the surface preparation of substrates, with a limited detection level. Applicable, at present, to the bonding of aluminium and titanium alloys using thermosetting structural adhesives and primers.
Requirements and test methods for adhesives used for joining PVC-U, PVC-C, ABS and PVC + SAN thermoplastic piping for non-pressure use, such as waste disposal, are specified. Piping application is not part of the standard.
Supersedes BS ISO 11003-1: 2001
A shear test for the characterisation of adhesives in a bond is specified.
Supersedes BS ISO 11003-2: 2001
A test method is specified for determining the shear behaviour of an adhesive in a single lap joint bonded assembly when subjected to a tensile force.
This standard specifies test procedures for determining the long-term durability of an adhesive system subjected to environmental and fatigue loads. The procedures are based upon measurement of the crack growth rate and the resistance to crack propagation through the adhesive layer in double cantilever beam type specimens under an applied mode I opening cycling loading.
Adhesives for the manufacture and assembly of load-bearing, structural elements as used in civil engineering and building construction are detailed. With some exceptions, it embraces all combinations of bonded materials, used to create or repair load-bearing elements. Individual adhesives and special purpose kits comprising various combinations of adhesive types and components, test methods and methods of assessment are included.
Requirements and test methods for the characterisation of anaerobic adhesives intended for the general assembly of co-axial metallic elements in building and civil engineering structures including fasteners- threaded and otherwise, pipes and tubes are specified. Single adhesives and systems (kits) comprising adhesives, activators and/or primers for both internal and external construction elements are included.
A procedure for the determination of the time to failure of a bonded joint, using a specimen which is statically loaded under specified conditions, is described. This method can only be used for comparing adhesives, and the results cannot be used for design purposes.
Supersedes BS EN 26922:1993
A method for determining bond strength of a butt joint under tensile force is specified. The method requires rigid adherends and can be applied to all types of adhesives, at both ambient and other temperatures and environmental conditions.
BS EN 26922: 1993
Adhesives. Determination of tensile strength of butt joints
Superseded by BS EN 15870: 2009
A 90 degree peel test is specified for the determination, under specific conditions, of the peel resistance of a bonded assembly of two adherends where at least one of them is flexible. Apparatus and procedure are detailed.
BS EN 28510-2: 1993
180 degree peel
Superseded by BS EN ISO 8510-2: 2010
BS EN 29142: 1993
Guide to selection of standard laboratory ageing conditions for testing bonded joints
Superseded by BS EN ISO 9142: 2003
BS EN 29653: 1994
Adhesives. Test method for shear impact strength of adhesive bonds
Superseded by BS EN ISO 9653: 2000
Supersedes BS EN 28510-2: 1993
A 180 degree peel test is specified for the determination, under specific conditions, of the peel resistance of a bonded assembly of two adherends where one of them is flexible. Apparatus and procedure are detailed.
Laboratory ageing conditions are described under which adhesive joints may be exposed to environmental influences (climatic or chemical) for the purpose of assessing the effects of the exposure conditions on certain properties. Exposure to accelerated ageing under single- or multiple-variable and cyclic conditions of temperature and/or humidity is described in informative annexes to the Standard including immersion in boiling water, immersion in salt solution, salt spray exposure and exposure to light.
Three test procedures to determine the spreadability and film properties of solvent containing adhesives for thermoplastic piping systems are specified. One method concerns non-thixotropic adhesives and the other two concern thixotropic adhesives.
A method to characterise adhesives for thermoplastic piping systems by measuring the shear strength of a bonded joint using a test specimen prepared as described is described.
A method for the assessment of the internal pressure resistance of assemblies made with adhesives for thermoplastic piping systems is specified.
A method is specified for the determination of the comparative impact value of adhesive bonds in shear, when tests on standard specimens (wood/wood, metal/metal, plastic/plastics, and combinations), and using specified conditions of preparation, conditioning and testing.
A method for estimating the fatigue strength of adhesives in shear by tension loading, using standardised specimens under specified conditions, with the aim of characterising structural adhesives on a given metallic substrate is specified. The fatigue properties are a function of the specimen geometry therefore the results do not correspond to intrinsic properties of the adhesive and cannot be used for design purposes.
Nomenclature is specified for the main types of failure pattern of bonded assemblies and the appearance of each is illustrated.
Supersedes BS EN 14173
The standard specifies a T-peel test to measure the peeling force of a T-shaped bonded assembly comprising two flexible adherends to determine the peel strength.
A dynamic impact wedge method for the determination of cleavage resistance under impact loading of high strength adhesive bonds between two metallic adherends, when tested under specified conditions of preparation and testing is specified.
A method for the determination of the shear strength of adhesives used to bond materials with elastic moduli higher than the elastic modulus of the adhesive is specified.
Conditions for specimen preparation and testing to determine the tensile lap-shear strength of a bonded assembly are specified.
BS ISO 11003
Adhesives. Determination of shear behaviour of structural adhesives
Part 1: 2001 Torsion test method using butt bonded hollow cylinders
Superseded by BS EN 14869-1: 2011
Part 2: 2001 Tensile test method using thick adherends
Superseded by BS EN 14869-2: 2011
Part 2: 2001 Tensile test method using thick adherends
Superseded by BS EN 14869-2: 2011
The equipment and the test procedure used to evaluate the durability of adhesive bonded joints exposed simultaneously to heat, humidity and load are specified.
This standard describes a test method for measuring shear and/or tensile strength of adhesively bonded plastic/plastic specimens of a specific design, allowing a combination of shear and tensile behaviour of the bond to be determined.
General test methods for isotropic electrically conductive adhesives used in wiring, die attach of semiconductors, and surface assembly of printed circuit boards are specified.
Test methods for isotropic electrically conductive adhesives used in wiring, die attach, and surface assembly of printed circuit boards of electronic devices are specified. Test methods focus on volume and interfacial contact resistivity.
Test methods for heat-transfer properties such as effective thermal conductivity and thermal resistance by a steady-state comparative longitudinal heat-flow method (SCHF method) using cartridge-type specimen for isotropic electrically conductive adhesives used in wiring, die attach, and surface assembly are specified.
Test methods using miniature specimens to determine shear strength and electrical resistance of a bonded joint that consists of isotropic electrically conductive adhesives and rigid adherends in specified conditions are described.
Test methods using miniature specimens to measure shear fatigue of a glued joint that consists of isotropic electrically conductive adhesives and rigid adherends in specified conditions are described.
isotropic electrically conductive adhesives and rigid adherends in specified conditions are described.
Pendulum-type test methods for impact strength of isotropic electrically conductive adhesives used in mounting components products on substrates are specified.
Environmental test methods (cold, dry heat, damp heat and change of temperature) for isotropic electrically conductive adhesives used in the surface assembly of printed circuit boards of electronic devices are specified.
Test methods for confirming the occurrence of electrochemical migration in electrically isotropic conductive adhesives at high-temperature and humidity are specified. Electrical resistance is also determined.
Test methods to investigate the high-speed signal-transmission characteristics in the bonded portions of an isotropic electrically conductive adhesive, which joins the terminals of a surface mounted device (SMD) and the land grid patterns of a printed circuit board are specified. Also the characteristics of wiring with an isotropic electrically conductive adhesive, which can be applied on the printed circuit board, is investigated.
Basic properties for adhesives commonly required for the use of these materials in a wide range of applications is set out. Test methods and test conditions are recommended for the measurement of the data to enable traceability of presented values. For each property, a single (preferred) test method and specific test conditions are identified in order to improve the comparability of data on different materials generated by different data suppliers.
A method, based upon linear elastic fracture mechanics (LEFM), for the determination of the fracture resistance of structural adhesive joints under an applied mode I opening load, using double cantilever beam (DCB) and tapered double cantilever beam (TDCB) specimens, is specified.
An accelerated ageing test of an adhesive in its container is described. The test is aimed at providing the manufacturer with an indication of the storage stability of the adhesive/container combination and its ability to retain adhesive properties. The method is intended for solvent-based adhesives for thermoplastic piping, but may be applied to other adhesive types as appropriate.
ISO
STANDARD AND/OR PROJECT (94) STAGE TC
ISO 4578:1997
Adhesives — Determination of peel resistance of high-strength adhesive bonds — Floating-roller method
ISO 4587:2003
Adhesives — Determination of tensile lap-shear strength of rigid-to-rigid bonded assemblies
90.92 ISO/TC 61/SC 11
ISO/DIS 4587
Adhesives — Determination of tensile lap-shear strength of rigid-to-rigid bonded assemblies
40.99 ISO/TC 61/SC 11
ISO 6237:2017
Adhesives — Wood-to-wood adhesive bonds — Determination of shear strength by tensile loading
60.60 ISO/TC 61/SC 11
ISO 6238:2018
Adhesives — Wood-to-wood adhesive bonds — Determination of shear strength by compressive loading
60.60 ISO/TC 61/SC 11
ISO 7387-1:1983
Adhesives with solvents for assembly of PVC-U pipe elements — Characterization — Part 1: Basic test methods
90.93 ISO/TC 138/SC 5
ISO 8510-2:2006
Adhesives — Peel test for a flexible-bonded-to-rigid test specimen assembly — Part 2: 180 degree peel
90.93 ISO/TC 61/SC 11
ISO 9142:2003
Adhesives — Guide to the selection of standard laboratory ageing conditions for testing bonded joints
90.92 ISO/TC 61/SC 11
ISO/DIS 9142
Adhesives — Guide to the selection of standard laboratory ageing conditions for testing bonded joints
40.99 ISO/TC 61/SC 11
ISO 9311-1:2005
Adhesives for thermoplastic piping systems — Part 1: Determination of film properties
90.93 ISO/TC 138/SC 5
ISO 9311-2:2011
Adhesives for thermoplastic piping systems — Part 2: Determination of shear strength
90.93 ISO/TC 138/SC 5
ISO 9311-3:2005
Adhesives for thermoplastic piping systems — Part 3: Test method for the determination of resistance to internal pressure
90.93 ISO/TC 138/SC 5
ISO 9653:1998
Adhesives — Test method for shear impact strength of adhesive bonds
90.92 ISO/TC 61/SC 11
ISO/DIS 9653
Adhesives — Test method for shear impact strength of adhesive bonds
40.99 ISO/TC 61/SC 11
ISO 9664:1993
Adhesives — Test methods for fatigue properties of structural adhesives in tensile shear
90.92 ISO/TC 61/SC 11
ISO/DIS 9664
Adhesives — Test methods for fatigue properties of structural adhesives in tensile shear
40.99 ISO/TC 61/SC 11
ISO 9665:1998
Adhesives — Animal glues — Methods of sampling and testing
90.92 ISO/TC 61/SC 11
ISO/DIS 9665
Adhesives — Animal glues — Methods of sampling and testing
40.99 ISO/TC 61/SC 11
ISO 10123:2013
Adhesives — Determination of shear strength of anaerobic adhesives using pin-and-collar specimens
90.92 ISO/TC 61/SC 11
ISO/DIS 10123
Adhesives — Determination of shear strength of anaerobic adhesives using pin-and-collar specimens
40.99 ISO/TC 61/SC 11
ISO 10354:1992
Adhesives — Characterization of durability of structural-adhesive-bonded assemblies — Wedge rupture test
90.93 ISO/TC 61/SC 11
ISO 10363:1992
Hot-melt adhesives — Determination of thermal stability
90.93 ISO/TC 61/SC 11
ISO 10364:2015
Structural adhesives — Determination of the pot life (working life) of multi-component adhesives
90.20 ISO/TC 61/SC 11
ISO 10365:1992
Adhesives — Designation of main failure patterns
90.92 ISO/TC 61/SC 11
ISO/DIS 10365
Adhesives — Designation of main failure patterns
40.00 ISO/TC 61/SC 11
ISO 10964:1993
Adhesives — Determination of torque strength of anaerobic adhesives on threaded fasteners
90.92 ISO/TC 61/SC 11
ISO/DIS 10964
Adhesives — Determination of torque strength of anaerobic adhesives on threaded fasteners
40.99 ISO/TC 61/SC 11
ISO 11003-1:2019
Adhesives — Determination of shear behaviour of structural adhesives — Part 1: Torsion test method using butt-bonded hollow cylinders
60.60 ISO/TC 61/SC 11
ISO 11003-2:2019
Adhesives — Determination of shear behaviour of structural adhesives — Part 2: Tensile test method using thick adherends
60.60 ISO/TC 61/SC 11
ISO 11339:2010
Adhesives — T-peel test for flexible-to-flexible bonded assemblies
90.20 ISO/TC 61/SC 11
ISO 11343:2019
Adhesives — Determination of dynamic resistance to cleavage of high-strength adhesive bonds under impact wedge conditions — Wedge impact method
60.60 ISO/TC 61/SC 11
ISO 13007-1:2014
Ceramic tiles — Grouts and adhesives — Part 1: Terms, definitions and specifications for adhesives
90.93 ISO/TC 189
ISO 13007-2:2013
Ceramic tiles — Grouts and adhesives — Part 2: Test methods for adhesives
90.93 ISO/TC 189
ISO 13445:2003
Adhesives — Determination of shear strength of adhesive bonds between rigid substrates by the block-shear method
90.92 ISO/TC 61/SC 11
ISO/DIS 13445
Adhesives — Determination of shear strength of adhesive bonds between rigid substrates by the block-shear method
40.99 ISO/TC 61/SC 11
ISO 14448:2016
Low modulus adhesives for exterior tile finishing
90.92 ISO/TC 189
ISO 14615:1997
Adhesives — Durability of structural adhesive joints — Exposure to humidity and temperature under load
90.93 ISO/TC 61/SC 11
ISO 14676:1997
Adhesives — Evaluation of the effectiveness of surface treatment techniques for aluminium — Wet-peel test by floating-roller method
90.93 ISO/TC 61/SC 11
ISO 14678:2005
Adhesives — Determination of resistance to flow (sagging)
90.92 ISO/TC 61/SC 11
ISO/DIS 14678
Adhesives — Determination of resistance to flow (sagging)
40.99 ISO/TC 61/SC 11
ISO 14679:1997
Adhesives — Measurement of adhesion characteristics by a three-point bending method
90.93 ISO/TC 61/SC 11
ISO 15107:1998
Adhesives — Determination of cleavage strength of bonded joints
90.92 ISO/TC 61/SC 11
ISO/DIS 15107
Adhesives — Determination of cleavage strength of bonded joints
40.99 ISO/TC 61/SC 11
ISO 15108:1998
Adhesives — Determination of strength of bonded joints using a bending-shear method
90.92 ISO/TC 61/SC 11
ISO/DIS 15108
Adhesives — Determination of strength of bonded joints using a bending-shear method
40.99 ISO/TC 61/SC 11
ISO 15109:1998
Adhesives — Determination of the time to rupture of bonded joints under static load
90.92 ISO/TC 61/SC 11
ISO/DIS 15109
Adhesives — Determination of the time to rupture of bonded joints under static load
40.99 ISO/TC 61/SC 11
ISO 15166-1:1998
Adhesives — Methods of preparing bulk specimens — Part 1: Two-part systems
90.92 ISO/TC 61/SC 11
ISO 15166-2:2000
Adhesives — Methods of preparing bulk specimens — Part 2: Elevated-temperature-curing one-part systems
90.20 ISO/TC 61/SC 11
ISO/DIS 15166-1
Adhesives — Methods of preparing bulk specimens — Part 1: Two-part systems
40.99 ISO/TC 61/SC 11
ISO 15509:2019
Adhesives — Determination of the bond strength of engineering-plastic joints
60.60 ISO/TC 61/SC 11
ISO 15605:2000
Adhesives — Sampling
90.20 ISO/TC 61/SC 11
ISO 15908:2002
Adhesives for thermoplastic piping systems — Test method for the determination of thermal stability of adhesives
90.93 ISO/TC 138/SC 5
ISO 16525-1:2014
Adhesives — Test methods for isotropic electrically conductive adhesives — Part 1: General test methods
90.93 ISO/TC 61/SC 11
ISO 16525-2:2014
Adhesives — Test methods for isotropic electrically conductive adhesives — Part 2: Determination of electrical characteristics for use in electronic assemblies
90.93 ISO/TC 61/SC 11
ISO 16525-3:2014
Adhesives — Test methods for isotropic electrically conductive adhesives — Part 3: Determination of heat-transfer properties
90.93 ISO/TC 61/SC 11
ISO 16525-4:2014
Adhesives — Test methods for isotropic electrically conductive adhesives — Part 4: Determination of shear strength and electrical resistance using rigid-to-rigid bonded assemblies
90.93 ISO/TC 61/SC 11
ISO 16525-5:2014
Adhesives — Test methods for isotropic electrically conductive adhesives — Part 5: Determination of shear fatigue
90.93 ISO/TC 61/SC 11
ISO 16525-6:2014
Adhesives — Test methods for isotropic electrically conductive adhesives — Part 6: Determination of pendulum-type shear impact
90.93 ISO/TC 61/SC 11
ISO 16525-7:2014
Adhesives — Test methods for isotropic electrically conductive adhesives — Part 7: Environmental test methods
90.93 ISO/TC 61/SC 11
ISO 16525-8:2014
Adhesives — Test methods for isotropic electrically conductive adhesives — Part 8: Electrochemical-migration test methods
90.93 ISO/TC 61/SC 11
ISO 16525-9:2014
Adhesives — Test methods for isotropic electrically conductive adhesives — Part 9: Determination of high-speed signal-transmission characteristics
90.93 ISO/TC 61/SC 11
ISO 17087:2006
Specifications for adhesives used for finger joints in non-structural lumber products
90.93 ISO/TC 61/SC 11
ISO 17178:2013
Adhesives — Adhesives for bonding parquet to subfloor — Test methods and minimum requirements
90.93 ISO/TC 61/SC 11
ISO 17194:2007
Structural adhesives — A standard database of properties
90.20 ISO/TC 61/SC 11
ISO 17212:2012
Structural adhesives — Guidelines for the surface preparation of metals and plastics prior to adhesive bonding
90.93 ISO/TC 61/SC 11
ISO 19095-1:2015
Plastics — Evaluation of the adhesion interface performance in plastic-metal assemblies — Part 1: Guidelines for the approach
90.20 ISO/TC 61/SC 11
ISO 19095-2:2015
Plastics — Evaluation of the adhesion interface performance in plastic-metal assemblies — Part 2: Test specimens
90.20 ISO/TC 61/SC 11
ISO 19095-3:2015
Plastics — Evaluation of the adhesion interface performance in plastic-metal assemblies — Part 3: Test methods
90.20 ISO/TC 61/SC 11
ISO 19095-4:2015
Plastics — Evaluation of the adhesion interface performance in plastic-metal assemblies — Part 4: Environmental conditions for durability
90.20 ISO/TC 61/SC 11
ISO/DIS 19095-6
Plastics — Evaluation of the adhesion interface performance in plastic-metal assemblies — Part 6: Accelerated degradation test
40.00 ISO/TC 61/SC 11
ISO 19209:2017
Adhesives — Classification of thermoplastic wood adhesives for non-structural applications
60.60 ISO/TC 61/SC 11
ISO 19210:2017
Adhesives — Wood adhesives for non-structural applications — Determination of tensile shear strength of lap joints
60.60 ISO/TC 61/SC 11
ISO 19212:2006
Adhesives — Determination of temperature dependence of shear strength
90.93 ISO/TC 61/SC 11
ISO 21194:2019
Elastic adhesives — Testing of adhesively bonded joints — Bead peel test
60.60 ISO/TC 61/SC 11
ISO 21368:2005
Adhesives — Guidelines for the fabrication of adhesively bonded structures and reporting procedures suitable for the risk evaluation of such structures
90.92 ISO/TC 61/SC 11
ISO/DIS 21368
Adhesives — Guidelines for the fabrication of adhesively bonded structures and reporting procedures suitable for the risk evaluation of such structures
40.20 ISO/TC 61/SC 11
ISO 21760-1:2019
Adhesives for organic electronic devices — Determination of water vapour transmission rate — Part 1: Adhesive film preparation methods
60.60 ISO/TC 61/SC 11
ISO 21760-2:2019
Adhesives for organic electronic devices — Determination of water vapour transmission rate — Part 2: Edge seal methods
60.60 ISO/TC 61/SC 11
ISO 22631:2019
Adhesives — Test methods for adhesives for floor and wall coverings — Peel test
60.60 ISO/TC 61/SC 11
ISO 22632:2019
Adhesives — Test methods for adhesives for floor and wall coverings — Shear test
60.60 ISO/TC 61/SC 11
ISO 22633:2019
Adhesives — Test methods for adhesives for floor coverings and wall coverings — Determination of the dimensional changes of a linoleum floor covering in contact with an adhesive
60.60 ISO/TC 61/SC 11
ISO 22635:2019
Adhesives — Test methods for adhesives for plastic or rubber floor coverings or wall coverings — Determination of dimensional changes after accelerated ageing
60.60 ISO/TC 61/SC 11
ISO 22636:2020
Adhesives — Adhesives for floor coverings — Requirements for mechanical and electrical performance
60.60 ISO/TC 61/SC 11
ISO 22637:2019
Adhesives — Test of adhesive for floor covering — Determination of the electrical resistance of adhesive films and composites
60.60 ISO/TC 61/SC 11
ISO 25179:2018
Adhesives — Determination of the solubility of water-soluble or alkali-soluble pressure-sensitive adhesives
60.60 ISO/TC 61/SC 11
ISO 25217:2009
Adhesives — Determination of the mode 1 adhesive fracture energy of structural adhesive joints using double cantilever beam and tapered double cantilever beam specimens
90.60 ISO/TC 61/SC 2
ISO 26842-1:2013
Adhesives — Test methods for the evaluation and selection of adhesives for indoor wood products — Part 1: Resistance to delamination in non-severe environments
90.92 ISO/TC 61/SC 11
ISO 26842-2:2013
Adhesives — Test methods for the evaluation and selection of adhesives for indoor wood products — Part 2: Resistance to delamination in severe environments
90.92 ISO/TC 61/SC 11
ISO/FDIS 26842-1
Adhesives — Test methods for the evaluation and selection of adhesives for indoor wood products — Part 1: Resistance to delamination in non-severe environments
50.20 ISO/TC 61/SC 11
ISO/FDIS 26842-2
Adhesives — Test methods for the evaluation and selection of adhesives for indoor wood products — Part 2: Resistance to delamination in severe environments
50.20 ISO/TC 61/SC 11
ISO 29862:2018
Self adhesive tapes — Determination of peel adhesion properties
60.60 ISO/TC 61/SC 11
ISO 29863:2018
Self adhesive tapes — Measurement of static shear adhesion
60.60 ISO/TC 61/SC 11
ISO 29864:2018
Self adhesive tapes — Measurement of breaking strength and elongation at break