Industrial anti-corrosion protection in Quebec and Ontario
Freeze-thaw cycles, de-icing salts, marine spray, chemicals and moisture can accelerate corrosion of Canadian industrial assets. Induscoat assesses the exposure before recommending a system for structures, tanks, piping and equipment.
The challenge: corrosion degrades your assets silently
Without suitable protection, steel may lose thickness and equipment can reach repair or replacement criteria. In Canada, freeze-thaw, road salts and some industrial environments add exposure. A cost analysis should compare prevention, maintenance, downtime and replacement for the specific asset.
The solution: a system matched to the exposure
Induscoat selects the system, preparation and inspection plan from the environment, substrate, temperature, chemistry and intended durability. ISO 12944 can provide a framework for atmospheric steel structures; immersion zones and other assets require a separate assessment and manufacturer documentation.
Characterization of the environment and service conditions
Surface preparation to the specification and technical data sheet
Application of the selected system within its documented limits
Inspection defined by the project quality plan
Benefits of professional anti-corrosion protection
- Intended durability defined for the project context
- Documented selection for the environment and service
- Comparable maintenance and replacement scenarios
- Resistance to Canadian conditions (freeze, salts, acids)
- Topcoat matched to UV exposure when required
- Full quality documentation (DFT, adhesion, holiday)
Systems we apply
Induscoat selects the anti-corrosion system based on your ISO 12944 environment and service temperature. We apply novolac epoxies, inorganic zincs, polyurethanes, high-temperature silicones, immersion vinyl esters and our own Induscoat formulations for combined abrasion and corrosion.
Related solutions
These services and products complement the application described above.
Frequently asked questions
What is ISO 12944?+
ISO 12944 is a standards series for protecting steel structures with paint systems. It classifies atmospheric environments from C1 to CX and addresses immersion separately through Im categories. Its durability period is a planning concept, not a warranty.
Which ISO 12944 category applies to my site?+
The category must be determined from actual exposure: humidity, contaminants, salts, condensation and local conditions. CX is an extreme atmospheric category; immersion uses Im categories. The contractual edition of the standard should also be identified.
Is blasting needed before applying an anti-corrosion system?+
The preparation grade and anchor profile depend on the system, substrate and specification. SSPC-SP10 may be required for demanding systems, but the technical data sheet and project quality plan remain controlling.
Which sectors do you serve in Canada?+
Mining, power, oil and gas, petrochemical, steel and metallurgy, cement, pulp and paper, infrastructure — in Quebec, Ontario and across Canada.
Go deeper
Our technical notes on the subject — applicable standards, selection criteria and implementation traps.
Power tool cleaning: SSPC-SP 3, SP 11 and SP 15 when blasting is not an option
When abrasive blasting is ruled out by a running plant, a dust ban or a small repair, the specification has to name a power tool grade instead. This guide compares SSPC-SP 2, SP 3, SP 11 and SP 15, their approximate ISO 8501-1 counterparts, the tools that reach each grade and the coating systems that can live with them.
10 minCoating failure analysis: how to diagnose blistering, delamination, cracking and other coating defects
Every coating defect points to a cause: salts left on the steel, a missed recoat window, too much film, too little at the edges. This guide describes what each failure looks like, its probable causes, the test that confirms it and the repair that keeps it from coming back, then sets out the field method for a coating failure analysis.
10 minCathodic protection: sacrificial anodes vs impressed current, and why the coating matters as much as the current
Cathodic protection makes buried or immersed steel the cathode of a cell so that it stops corroding. This guide compares sacrificial anodes and impressed current, shows where each is used, and explains why the coating and the CP system have to be selected together. It also covers cathodic disbondment, overprotection, interference, measurements and maintenance.
10 minTypes of industrial corrosion: how to recognize, diagnose and prevent each form
Industrial corrosion is not one problem but a dozen, each with its own appearance, its own favourite locations and its own cure. This guide explains the electrochemistry in plain terms, maps the twelve forms met in plants, summarizes the environmental factors and ISO corrosivity categories, and sets out how to diagnose the mechanism on site before choosing a prevention strategy.
10 minSalt spray vs cyclic corrosion testing: which test to require to qualify a coating
A coating specification that asks for "salt spray hours" and nothing else qualifies very little. Continuous salt fog and cyclic corrosion tests answer different questions. This guide compares the two families, explains why continuous fog often ranks coatings differently from the field, and shows how to write a test requirement that a laboratory can execute and a reviewer can check.
10 minMaintenance painting of industrial steel structures: touch-up, overcoat or full removal
Structural steel, walkways and pipe racks rarely need a full repaint all at once. This guide covers how to assess an aged corrosion protection coating, how to choose between spot touch-up, overcoating and full removal, which preparation and coating systems fit each case, and how to execute the work in a plant that keeps running.
10 minTell us about your equipment to repair
Technical recommendation and quote within 24 business hours.
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