Peka‑Pro LAT – Low Application Temperature FBE

About

Peka‑Pro LAT is a specially formulated fusion‑bonded epoxy coating that cures at low temperatures (150–180°C or lower). Ideal for pipelines, field joints, and insulated pipes where high‑temperature curing isn’t feasible. Maintains strong adhesion, corrosion, and abrasion resistance while reducing energy consumption.

More info from this product

Peka‑Pro LAT is designed for low‑temperature application environments where substrates cannot tolerate standard FBE curing temperatures (180–250°C) or where reduced energy usage is a priority. Its formulation enables effective curing at 150–180°C — and even lower in advanced systems — without compromising protective performance.

Key Advantages:

  • Low curing temperature (150–180°C or less) for heat‑sensitive applications
  • Excellent adhesion to steel substrates
  • Corrosion resistance comparable to standard FBE
  • High abrasion and chemical resistance
  • Energy‑efficient solution for modern pipeline projects
  • Suitable for field joints, small diameter pipes, and insulated pipelines

Typical Applications:

  • Oil, gas, and water transmission pipelines
  • Field joints and rehabilitation works
  • Pipelines with insulation or coatings sensitive to high heat
  • Energy‑saving industrial coating projects

Technical Highlights:

  • Type: Low‑temperature fusion‑bonded epoxy powder coating
  • Curing Temperature: 150–180°C (or lower for advanced grades)
  • Performance: Comparable to standard FBE systems in corrosion, adhesion, and abrasion resistance
  • Durability: Resists wear, impact, and chemical exposure during service life

Application Process:

  1. Blast clean the steel substrate to Sa 2½ (ISO 11124‑3)
  2. Preheat to 150–180°C
  3. Apply electrostatically to achieve specified film thickness
  4. Cure and cool

International Standards Compliance:

  • Comparable to ISO 21809‑2 FBE performance
  • Meets requirements for corrosion, cathodic disbondment, and adhesion in low‑heat processes

Best For:

  • Projects where high‑temperature curing is impractical
  • Pipelines with operational or environmental heat constraints
  • Applications prioritizing energy efficiency without losing protective performance