Associated processes Nickel plating Contact us
Standards
Here you will find the standards we follow for surface treatment and material analysis. These standards ensure that our processes and measurement methods meet internationally recognised requirements for quality, accuracy and repeatability.
Volvo – Electrodeposition Coating / ED Associated processes ZnMn Phosphating, Provexa Earth®, ED coating Contact us
Nickel Plating (Electrodeposited) These products have been used typically for electrodeposited nickel plating on steel, copper and copper alloys, and zink and zink alloys, but usage is not limited to such applications. Associated processes Nickel plating Contact us
Volvo – STD 121-0021. Describes requirements and guidelines for the surface treatment of pipes and pipe fittings (Y1600). There are four different requirement levels, tested according to various standards. This standard covers electrolytic cathodic protective surface treatment that is free from hexavalent chromium for corrosion protection of iron and steel parts without friction requirements. Associated […]
Black Nickel Plating Electrodeposited This specification covers one type, class, and grade of plating, black nickel (electrodeposited) for blackening brass, bronze and steel surfaces, applicable where a minimum distraction of the operators vision is desired as in the interior of optical instruments Associated processes Black nickel plating Contact us
Volvo – Electrolytic Cathodic Protective Coating with Friction Requirements Y1300. Covers five requirement levels. Associated processes Zinc plating Contact us
Electrodeposited Coatings for Tin This specification covers the requirements for electrodeposited (electroplated) coatings onf tin applied to metallic articles. Tin coatings are used to proved a low-contact resistance surface, to protect against corrosion, to fascilitate soldering, to provide anti-galling properties, and to be a stopoff coating in the nitrading of high strenth steels. Associated processes […]
Not for new designs Volvo – Electrolytic Zinc-Iron Coatings with Chromating. Hexavalent chromium not permitted. Not intended for new designs. Associated processes Zinc-iron Contact us
U.S. MILITARY Associated processes Tin plating Contact us
Not for new designs Volvo – Electrolytic Coatings with Chromating Y105. Hexavalent chromium not permitted. Not intended for new designs. Associated processes Zinc plating Contact us
Associated processes Tin plating Contact us
Volvo Cars – Flake Cathodic Protective Coating with Friction Requirements Y100. Available with or without topcoat. Associated processes Zinc flake, Geomet®, Delta Contact us
Inorganic Coatings – Cleaning of Metal Surfaces – Part 2: Non-Ferrous Metals. ISO 27831-2:2008 outlines guidelines for cleaning non-ferrous metal surfaces, such as aluminum, copper, and their alloys. Cleaning is a critical step before applying coatings to ensure proper adhesion and corrosion resistance. The standard describes various cleaning methods, including chemical treatments and mechanical removal […]
Inorganic Coatings – Test Method for Electroplated Coatings of Gold and Gold Alloys – Part 3: Porosity Testing. ISO 4524-3:2021 describes test methods for determining the porosity of electroplated coatings of gold and gold alloys. Porosity is a critical factor in the protective properties of these coatings, particularly in electronics and jewelry, where they protect […]
Inorganic Surface Coatings – Electrolytic Tin-Cobalt Alloy Coatings. ISO 26945:2011 specifies the requirements and testing methods for electrolytic coatings of tin-cobalt alloys. These coatings are commonly used as an alternative to traditional surface treatments for both decorative and functional purposes, particularly where strong adhesion and corrosion resistance are required. The standard outlines specifications for coating […]
Inorganic Surface Coatings – Overview of Methods for Coating Thickness Measurement. ISO/DIS 3882:2022 provides a comprehensive overview of various methods for measuring the thickness of inorganic surface coatings. This standard serves as a guide for selecting the appropriate measurement method based on the type of coating and substrate. It covers techniques such as mechanical, magnetic, […]
Determination of Thickness and Chemical Composition of Zinc-Based Coatings on Metal – Routine Method. SS-EN 10318:2005 describes a routine method for determining the thickness and chemical composition of zinc-based coatings on metallic substrates. This method ensures that the coating provides adequate corrosion protection and meets specific compositional requirements. The standard specifies testing methods such as […]
Inorganic Surface Coatings – Sampling for Attribute Control. ISO 4519:1980 specifies methods for sampling inorganic surface coatings for attribute control, which involves inspecting and evaluating specific quality characteristics of the coating. The standard defines how samples should be taken from batches of coated items and which attributes should be assessed, such as thickness, adhesion, and […]
Inorganic Surface Coatings – Evaluation of Test Specimens and Manufactured Items Subjected to Corrosion Testing. ISO 10289:1999 specifies methods for evaluating test specimens and manufactured items subjected to corrosion testing. The standard provides guidelines on assessing and documenting corrosion damage, including visual inspection and measurement of coating defects. It also covers methods to quantify the […]
Inorganic Surface Coatings – Post-Coating Heat Treatment of Iron or Steel to Reduce Hydrogen Embrittlement. ISO 9588:2007 specifies guidelines for heat treatment of iron and steel components after applying metallic surface coatings to reduce the risk of hydrogen embrittlement. Hydrogen embrittlement occurs when hydrogen infiltrates the metal during the coating process, causing the material to […]
Inorganic Surface Coatings – Electrolytic Coating of Cadmium with Supplementary Treatment on Iron and Steel. ISO 2082:2017 specifies the requirements and methods for the electrolytic coating of cadmium on iron and steel. Cadmium coatings provide corrosion protection, particularly in demanding environments such as aerospace and marine industries. The standard also includes supplementary post-treatment processes to […]
Inorganic Surface Coatings – Measurement of Coating Thickness – Beta Backscatter Method. ISO 3543:2000 describes the beta backscatter method, a technique for measuring the thickness of inorganic surface coatings. This method is particularly useful for coatings on metallic substrates and works by bombarding the surface with beta particles. A detector measures the backscattered radiation, with […]
Inorganic Surface Coatings – Coating Thickness Measurement – Non-Magnetic Metallic Coatings on Metallic and Non-Metallic Substrates – Phase-Sensitive Eddy Current Method. ISO 21968:2019 details the phase-sensitive eddy current method for measuring the thickness of non-magnetic metallic coatings on metallic and non-metallic substrates. This non-destructive technique is precise for thin coatings. The standard outlines testing procedures, […]
Inorganic Surface Coatings – Methods for Measuring Ductility – Overview. ISO 8401:2017 provides an overview of various methods for measuring the ductility of inorganic surface coatings, which is a measure of the coating’s ability to deform without cracking. The standard outlines the principles of several testing methods used to determine ductility, such as bend testing, […]
Inorganic Surface Coatings – Porosity Testing – Determination of Porosity in Gold or Palladium Coatings on Metallic Materials Using Gel Electrografy. ISO 15720:2001 specifies a method for determining the porosity of gold and palladium coatings on metallic materials using gel electrografy. The method involves applying an electrolyte gel to the coating, enabling the detection and […]