Superglass Superwall 36 - Cavity Wall Insulation / Cavity Batt Slab - 455mm x 1200mm

Superglass Superwall 36 - Cavity Wall Insulation / Cavity Batt Slab - 455mm x 1200mm

Superglass Superwall 36: The Premier Cavity Wall Insulation Solution

Superglass Superwall 36 Cavity Wall Insulation is a cutting-edge insulation solution designed for a variety of applications, including residential, commercial, and industrial environments. This guide provides a comprehensive overview of the installation process, ensuring a professional and efficient application that maximizes energy efficiency, sustainability, and compliance with safety standards.

Installation Guide

Preparation: Ensuring a Solid Foundation

Begin with a thorough inspection of the area to be insulated. The surface, especially in the case of pipes, must be clean, dry, and free of debris. This initial step is crucial for achieving an optimal insulation effect. Accurately measure the lengths of the pipes or cavity walls to determine the amount of insulation material needed, ensuring minimal waste and cost-efficiency.

Cutting to Size: Precision is Key

Using a fine-tooth saw or a sharp knife, cut the Superglass Superwall 36 insulation material to the required sizes. Precision is vital; therefore, measure and mark the insulation before cutting. This ensures that the insulation fits perfectly in the designated space, enhancing its thermal performance.

Applying Insulation: A Snug Fit

Open the insulation along its slit side and carefully place it around the pipe or within the cavity wall. It is essential to ensure a snug fit to prevent thermal bridging, a phenomenon that can significantly reduce the insulation's effectiveness. The superior flexibility of Superglass Superwall 36 makes it easy to install, even in tight spaces or around complex shapes.

Securing Insulation: Sealing for Efficiency

Once the insulation is in place, use an appropriate adhesive or tape to seal the seams between sections. This step is critical in maintaining the integrity of the insulation barrier, preventing air leaks, and maximizing the material's thermal efficiency. Proper sealing ensures that the Superglass Superwall 36 performs to its highest potential, contributing to significant energy savings over time.

Finishing Touches: Protection Against Elements

For areas exposed to moisture or external conditions, apply a waterproof finish or cladding over the insulation. This extra layer protects the Superglass Superwall 36 from the elements, ensuring its longevity and maintaining its insulation properties over time.


What are the unique benefits of Superglass Superwall 36?

Superglass Superwall 36 offers exceptional thermal performance, reducing energy costs and enhancing the comfort of any building. Its versatility makes it suitable for various settings, while its environmental friendliness and compliance with safety standards make it a responsible choice.

How does it contribute to energy efficiency?

By minimizing thermal bridging and ensuring a snug fit around pipes and within walls, Superglass Superwall 36 significantly reduces heat loss, leading to lower energy consumption and costs.

Is Superglass Superwall 36 environmentally friendly?

Yes, it is made from recycled glass and is designed to be sustainable, contributing to the reduction of carbon footprint in buildings.

How do I select the right thickness?

The required thickness depends on the specific insulation requirements of your project. Consider factors such as the climate, the building's energy efficiency targets, and any applicable building regulations.

Where can I purchase Superglass Superwall 36?

Superglass Superwall 36 is available for purchase at our online shop, Visit our website for more information on our products and how to order.

This guide aims to provide architects, builders, and contractors with a clear and concise overview of the installation process for Superglass Superwall 36. Its ease of installation, combined with its superior thermal performance and sustainability, makes it an ideal choice for any construction or renovation project aiming for energy efficiency and environmental compliance.