Industrial Paints & Solvents

Applicable Standard: Regulated under KEBS requirements and category-specific Kenya/EAC paint standards (for example KS EAS 850:2016, Matt Solvent-Borne Paint for Interior and Exterior Use); solvent components and standalone industrial solvents are additionally governed by GHS flammability classification and VOC labeling requirements rather than one single umbrella specification.

Industrial paints and solvents actually spans two distinct compliance problems that happen to travel in the same drums. The coatings side — alkyd, epoxy, and polyurethane paints and protective finishes — is judged primarily on pigment purity, in particular heavy-metal content, and on performance claims like drying time and coverage. The solvent side — thinners, xylene, toluene, acetone, and mixed industrial solvents sold as standalone products — is judged almost entirely on flammability classification and transport documentation, because these are, chemically, Class 3 flammable liquids first and industrial inputs second. Importers who are used to treating paint as a decorative consumer product and solvent as an inert cleaning aid tend to under-prepare both halves: the coatings side on heavy-metal content, and the solvent side on the hazmat paperwork that a flammable liquid legally requires regardless of the modest volumes involved in a typical industrial order. Protective and marine coatings add a further layer of complexity, since anti-corrosive primers and specialty industrial finishes often rely on zinc, chromate, or other metal-based additives for their performance, which means the same heavy-metal scrutiny applied to ordinary decorative paint has to be applied here too, even though the buyer’s concern is corrosion protection rather than color.

Why This Category Gets Flagged

The most consequential issue is lead and other heavy-metal content in pigments exceeding accepted limits — lead-based and lead-chromate pigments are restricted or banned in most markets but continue to surface in cheaper decorative and industrial paint imports because they remain inexpensive to produce and the color performance is genuinely good, which is exactly why a laboratory heavy-metal screen rather than a visual inspection is the only reliable way to catch it. The second issue is undeclared or unverified VOC content alongside a missing flash point and flammability classification on solvent-heavy products — many industrial thinners and pure solvents are Class 3 dangerous goods requiring a UN packing group assignment, and shipments routinely arrive with no transport classification at all because the seller’s paperwork was built around a paint or coatings template that doesn’t ask the right hazard questions for a standalone solvent. Third, technical data sheets that don’t match the product actually delivered — drying time, coverage rate, or adhesion performance overstated relative to what independent testing shows — generate disputes and re-testing requests at the point of use that could have been avoided with an accurate TDS from the start. A fourth issue specific to protective and marine coatings is unclear documentation of anti-corrosive metal additives — zinc-rich primers and chromate-based anti-corrosion pigments are legitimate and widely used, but they still fall under the same heavy-metal disclosure expectation as decorative pigment, and coatings marketed purely on corrosion-resistance performance often omit the metal-content declaration that a compliance review will still ask for.

Test Parameters

Labeling Requirements

Coatings and solvents both require the GHS pictograms appropriate to their actual hazard profile — the flame pictogram for flammable products, the health-hazard pictogram where solvent vapor exposure carries chronic risk, and the environment pictogram where heavy-metal or VOC content triggers it — alongside the signal word, relevant hazard statements, and ventilation/handling instructions for indoor use. VOC content should be declared in g/L on the label itself, not only in the technical data sheet, and flash point or flammability classification must be stated clearly enough that a warehouse or transport handler can act on it without consulting a separate document. Batch or lot number, manufacture and expiry dates, and storage conditions (many coatings and virtually all solvents require storage away from ignition sources and direct sun) complete the required label content. Where a coating carries a corrosion-protection or anti-fouling performance claim, the metal-additive content responsible for that performance should be disclosed on the technical data sheet at minimum, even where local label-space constraints keep it off the primary container.

Packaging & Documentation

Typical Gaps We Find

Lead content in pigment exceeding accepted thresholds is the defect we flag most often on the coatings side of this category, and it’s rarely disclosed voluntarily because the manufacturer is frequently unaware their own pigment supplier is still using legacy chromate chemistry. On the solvent side, the most common gap by a wide margin is a missing flash point determination and UN transport classification — shipments arrive documented as ordinary industrial chemicals when the product itself is unambiguously a Class 3 flammable liquid requiring proper packing group assignment and placarding. VOC content that’s absent from the label entirely, even when it’s present somewhere in the technical literature, rounds out the pattern; all three gaps are fixable at the documentation and testing stage without touching the formulation itself. Anti-corrosive coatings with undisclosed zinc or chromate content are a smaller but recurring fourth finding, typically flagged only once a buyer’s own environmental or occupational-health team asks a question the original supplier documentation never anticipated.