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PS 1756-2025
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Structural adhesives - Guidelines for the surface preparation of metals and plastics prior to adhesive bonding
Committee:
Paints and Varnishes
Sector:
Chemicals and Petroleum
Available Standards
Original Standard
إنجليزي (English)
37
Page
2025
International Classification for Standards (ICS)
| Code | Classification |
|---|---|
| 83.180 | Adhesives |
Adopted Standards
| Standards / Amendment / Corrigendum | |
|---|---|
| 1 | ISO 17212:2012 |
Replacement Sequence
| Replaces |
|---|
| PS 1756-2010 |
Scope
1.1 General
This International Standard provides and describes the usual procedures for the preparation of component surfaces prior to bonding for either laboratory evaluation or the process of construction. This International Standard is applicable to metal and plastic surfaces that are commonly encountered.
1.2 Surfaces
These comprise the following metal, metal-alloy and plastic families — the last-mentioned including filled versions and suitable paints:
| Metals and metal alloys | ||
| aluminium | ||
| chromium | ||
| copper | ||
| magnesium | ||
| nickel | ||
| steel (mild) | ||
| steel (stainless) | ||
| tin | ||
| titanium | ||
| zinc | ||
| Paints | ||
| cataphoretic (water-based) | ||
| poly-alkyd | ||
| ester | ||
| epoxide | ||
| urethane | ||
| Plastics | ||
| Thermoplastic | ||
| acrylonitrile-butadiene-styrene copolymer | ||
| poly-acetal | ||
| acrylate | ||
| amide | ||
| butylene terephthalate | ||
| carbonate | ||
| ester | ||
| ether ether ketone | ||
| ethylene | ||
| imide | ||
| methyl methacrylate | ||
| phenylene oxide | ||
| propylene | ||
| styrene | ||
| sulfone | ||
| tetrafluoroethylene | ||
| vinyl chloride | ||
| Thermoset | ||
| cellulose-based esters | ||
| poly-alkyd | ||
| allyl phthalate | ||
| amino | ||
| epoxide | ||
| ester | ||
| phenolic | ||
| urethane | ||
| urea-based (see poly-amino above) | ||
1.3 Methods
The various techniques described for cleaning and modifying surfaces are drawn from the best of current practice. The methods can be used in a variety of combinations to create the most effective preparative process conducive with the environmental durability required of the bonded joint.