PLJ53-61 Chlorinated rubber red iron oxide anti-rust coating

Chlorinated rubber red iron oxide anti-rust coating for steel structure protection.

  • For steel structures anti-rust and anti-corrosion.

  • Single-pack; min recoat 12 h at 25°C.

  • Compatible with chlorinated rubber and acrylic topcoats.

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PLJ53-61 Chlorinated rubber red iron oxide anti-rust coating Description

Overview
Single-pack chlorinated rubber red iron oxide anti-rust coating with anti-rust performance, adhesion, and shielding properties.
Provides water resistance and salt spray corrosion resistance.

Composition
Formulated with chlorinated rubber resin, red iron oxide, micaceous iron oxide (MIO) powder, anti-rust pigments, solvents, plasticizer, and additives.

Typical uses
Anti-rust and anti-corrosion for steel structures.
Can be used as a strengthening layer for J53-60 chlorinated rubber aluminium paste anti-rust coating.

Technical data (typical)

  • Appearance: J53-61 red iron oxide color.

  • Theoretical consumption: 0.2 kg/m² at 60 μm DFT (excluding loss).

  • Density: 1.37 kg/L.

  • Drying time (25°C): Surface dry 1 h; hard dry 12 h.

Application data (25°C)

  • Mixing: Single-pack.

  • Induction time: None.

  • Pot life: Unlimited.

  • Application methods: Airless spray, brush, roller.

  • Thinner: X-15 chlorinated rubber thinner; dilution 3–7%.

  • Recoat interval (25°C): Min 12 h; max unlimited.

  • Recommended coats / DFT: 1 coat 30–60 μm; brush/roller 1 coat 30–40 μm.

Surface preparation
Remove dust and oil contamination from the previous coat; if beyond maximum recoat interval, consider roughening as needed.
When used as the first coat: blast/shot blast to Sa 2.5 or power-tool cleaning to St 3; surface profile 30–75 μm.

System compatibility / packing / storage

  • Compatibility: Previous coat—epoxy (zinc-rich) primer; inorganic zinc-rich primer.

  • Compatibility: Topcoats—53-60 chlorinated rubber aluminium paste anti-rust coating; chlorinated rubber topcoat; acrylic topcoat.

  • Packing: 25 kg.

  • Storage: Shelf life 12 months; store dry/cool/ventilated, away from fire and strong sunlight; no outdoor stacking.

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Inorganic Zinc-Rich Primer (2K) – Two-component ethyl silicate zinc-rich primer for cathodic protection of blast-cleaned steel.

  • General-purpose use for bridges, towers, gas holders, oil tanks, oil/gas pipelines, and industrial steel structures.

  • High zinc dust content with stated water/oil/media resistance and welding/cutting resistance.

  • Sa 3 surface preparation (not lower than Sa 2.5); touch dry 10 min at 25°C, RH 70–85%.

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Inorganic Zinc Silicate Primer (2K) – Two-component inorganic zinc silicate primer for long-term steel corrosion protection with cathodic protection.

  • For blast-cleaned steel; surface preparation Sa 3 (not lower than Sa 2.5) is specified.

  • Fast drying at 25°C, RH 70–85%: touch dry 10 min; hard dry 2 h; cured 24 h.

  • Mix ratio 28:7; thinner X-11 inorganic zinc thinner (5–20%); compatible with epoxy/PU coating systems.

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Special Epoxy Primer (2K) – Two-component special epoxy primer for industrial corrosion protection.

  • For power, bridge, petrochemical, marine, and port facilities/equipment.

  • Pot life 2 h (25°C); mix ratio 25:2.5.

  • Compatible with epoxy MIO intermediate and epoxy/PU topcoat systems.

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Epoxy Glass Flake Intermediate Coating (2K) – Two-component epoxy glass flake intermediate coating for heavy-duty barrier protection.

  • For marine/offshore, chemical areas, underground mines, and wastewater facilities; steel and concrete substrates.

  • Mix ratio 25:2.5; pot life 4 h (25°C).

  • Recoat 24 h–7 d (25°C); recommended DFT 60–80 µm per coat.

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