Quality

Panel Features

At EIP, quality is built into every layer of our panels. Our products are designed to deliver long-term performance, meet global safety standards, and support demanding project requirements.

Insulation Core

The core of an EIP panel is rigid insulated foam, available as:

FM Approved, fire-resistant Polyisocyanurate (PIR) foam
Fire Reaction (PIR) B1 class
Fire Reaction (PUR or PIR) B2 class
Polyurethane (PUR) B3 class

The blowing agent used in EIP panels is environmentally-friendly pentane gas, with:

Zero Ozone Depletion Potential (OPD)
Low Global Warming Potential (GWP)
Zero CFC and HCFC

Metal Facers

The standard substrate for internal and external facers is pre-painted & hot-dip galvanized steel.

Thickness	0.50 mm
Steel Grade	DX51D
Top Coat	Polyester, PES, 25 microns thick
Colour	RAL 9002 Off-white
Surface Protection	Polyethylene (PE) film

Variations are possible in the surface material specifications to suit a wide range of specialized applications:

Thickness Options	0.40 mm to 0.80 mm
Substrate Options	Aluzinc-coated steel, Stainless steel (SS 304 or 316), or Aluminium
Colour Options	Any colour from the RAL catalogue

Top Coats

HDP
HDP (High-Durability Polyester) coating is suitable for increased resistance against corrosion and harsh cleaning agents.
PVDF
PVDF (Polyvinylidene Fluoride) coating is effective for external applications where higher resistance against corrosion, colour fading, and harsh environment conditions is required.
Plastisol
Plastisol coating is highly chemical resistant. This tough coating is suitable in internal applications for non-contact level food safety.
Food Safe coating
Food Safe coating has anti-microbial properties, which is ideal in internal applications such as kitchens for contact-level food safety.

Fire-Rated
Joint Technology

A double tongue-and-groove edge ensures that panels precisely interlock with complete ease.
This eliminates the risk of thermal bridging and provides an air-tight joint between the panels.

The extended steel edges within the joint system provide additional strength and protection against fire by prolonging the amount of time flames take to reach the panel’s core.