Polyurethane Foam Insulation

Powering Construction With Spray Foam Solutions

We are driving the construction industry by providing environmentally friendly and energy-efficient solutions.

Polyurethane Foam Insulation has become increasingly popular in various industries due to its durability, weather resistance, low maintenance, high performance and cost-effectiveness. These properties make it suitable for diverse applications and a key component for a sustainably built environment.
Constructing and renovating buildings with sustainability in mind can play a vital role in a low-carbon future.

Features –

  • Better Heat Resistance / High Fire Retardance
  • Zero ODP
  • Durable
  • Sustainable
  • Energy Efficient
  • Cost Effective
  • Light Weight
  • Design Flexible

If you are building or renovating commercial or residential properties, our spray foam insulation systems are the best solution for you and the occupiers.

Why Polyurethane Foam Insulation?

Cost Effective

Polyurethane insulations typically have a long life span, require no regular maintenance, are easy to install, and are highly cost-effective. They reduce heating and cooling costs by preventing thermal bridges and providing air tightness/sealing.

Versatile With Excellent Thermal Protection

Polyurethane is a highly versatile polymer formed by combining two chemicals: polyol and isocyanate. Mixing these chemicals with the addition of catalysts makes polyurethane so versatile. Its thermal insulation properties create a compact insulating layer without joints and leaks, something that conventional folded or rolled insulation struggles with.

Sustainable Solution With Fire Properties

Due to its insulative and fire performance values, polyurethane is often the material of choice for providing insulation and enhancing fire safety within a building. It can be chemically engineered to increase these values to an even greater level. As such, Polyurethane can pass incredibly strict standards for a multitude of applications.

AMBA (Australian Modern Building Alliance)

Polymer-based construction materials are a key part of a sustainable, energy-efficient solution because they offer a range of advantages over alternative materials for meeting energy efficiency requirements.

Spray Foam Varieties

Our spray foam technology incorporate HFC free blowing agent that reduces carbon emission by 36.5 times compared to other solutions in the market. We also offer CodeMark certified system for fire retardant and differentiate our offerings from the rest of the market.

Spray Foam

Open-Cell Insulation

Open-cell spray foam delivers a superior air barrier to traditional insulation in walls, floors, attics, etc. Spray Foam insulation will adhere to most construction surfaces and expand to create an airtight building envelope. We pioneered the development of open-cell spray foam insulation through innovative technology and is now internationally prevalent as mainstream insulation.

Building & Construction

Closed-Cell Insulation

Closed-cell spray foam insulation outperforms traditional insulation by providing an air, water and vapor barrier in a single component. Spray foam insulation adheres to most surfaces and expands to create a seamless, airtight building envelope. In addition, it offers outstanding high-performance options for commercial, residential, institutional, industrial or agricultural applications.

Spray Foam Applications

Spray Foam

Commercial & Industrial Wall & Ceiling Insulation

Spray Foam

Domestic Insulation

Spray Foam

Refrigerated Trucks

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Agriculture

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Trench Breaker

Spray Foam

LNG Pipe Insulation

Featured Case Studies / Referral Work

Solving Complex Problems With Unique Solutions

Check out our case studies to know more about our process, solutions and the value we add to our customers.

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Insulation For Cold Climates

Daylesford Home

The new Daylesford Architectural Home project required expertise spray foam insulation to enhance the building’s sustainability and comfort. The focus was on providing long-term insulation of the structure and reducing air leakage, which are essential for improving energy efficiency and maintaining consistent indoor temperatures throughout the year.

View Case Study