MATERIALS LIBRARY

Glass

Discover the finishes and techniques from our craftsmen, artisans and makers.
From handmade ceramics to bespoke metal finishes.

Acid Etched Glass (15)

Cast Glass (61)

Cast Glass Bricks (13)

Float Glass (22)

Glass Doors & Partitions (9)

Insulated Glass Bricks (14)

Laminated Glass (20)

Mirrored Glass (13)

Recycled Blown Glass (24)

Glass

Discover our Sustainable Glass Solutions category, Materials Assemble leads the way in sustainability and innovation. We are dedicated to building a promising future by employing recycled glass materials. With a focus on the untapped potential of glass recycling, we develop an array of functional and aesthetically pleasing products. By utilizing post-consumer glass, repurposing waste from the construction industry, and incorporating recycled blown glass, we contribute to environmental conservation efforts. Our commitment to waste reduction and ecological sustainability is evident in our cast bricks and slabs that incorporate pre-consumer waste glass. Explore our Sustainable Glass Solutions and join us in shaping a more sustainable world.

Dive deep into the realm of Sustainable Glass Solutions offered by Materials Assemble, a beacon of innovation and sustainability in the contemporary market. Our meticulously curated collection encompasses a myriad of products, each embodying both functionality and striking aesthetics, all crafted from conscientiously recycled glass materials. Our unwavering dedication to reducing waste and fostering ecological balance is evident in our approach: we harness both post-consumer and pre-consumer waste glass, integrating repurposed glass salvaged from construction ventures.
What are some application areas for glass?

Glass is a versatile material widely used in interior design and architecture, offering both functional and aesthetic benefits. Glass brick walls provide insulation and natural light while allowing privacy in places like bathrooms or commercial buildings. Glass partitions can have a similar effect, allowing flexible and open layouts and can be customised to be transparent or translucent or completely opaque. Glass can be used as a decorative element for backsplashes, accent walls and lighting fixtures.

Recycled glass panels are a versatile and sustainable choice for various design and architecture applications. They can be used in facades to create visually striking exteriors, or in wet areas like kitchens and bathrooms these panels provide durable, water-resistant surfaces.

Yes, glass is 100% recyclable and can be recycled indefinitely without any loss of quality or purity. However, it is important to note that only the same type of glass can be recycled together. For example, float glass, bottle glass and laminated glass must be separated during the recycling process. Additionally, the different colours of glass must be recycled separately. At Materials Assemble, we focus on both post-consumer and pre-consumer waste, ensuring that each type of glass is properly processed.

Our recycled glass panels are produced by collecting pre-consumer waste from glow-blowing processes. The glass is then separated by colour. After sorting, the glass chips are laid into trays and heated just enough to fuse them into solid panels.

Yes, glass can be tempered.Tempering is a heat treatment process that strengthens glass by heating it to high temperatures and then rapidly cooling it. This makes the glass much stronger and more resistant to impact than standard glass. 

No, tempered and untempered glass cannot be recycled together. Tempered glass goes through a special heat treatment that alters its structure, making it break into small, safe fragments rather than sharp shards. Due to structural differences, mixing tempered and untempered glass during recycling can compromise the quality and safety of the recycled product.

Using glass in interiors offers a range of benefits, including the ability to bring natural light into spaces, creating a brighter and more open environment. Glass adds a sleek and elegant aesthetic to any interior. It can be used in various applications such as partitions, walls, doors  or decorative elements. 

Yes, glass can be used in outdoor applications. Its durability and ability to withstand weather conditions make it suitable for facades, windows, cladding and architectural features like glass canopies and balconies.

Glass plays a crucial role in modern construction by providing both functional and aesthetic benefits. It is commonly used in windows, facades, doors, and partitions, allowing natural light to penetrate buildings, improving energy efficiency, and enhancing visual openness. In construction, glass offers insulation, soundproofing, and protection from the elements when using specialised types like laminated, tempered, or double-glazed glass. It is also employed in structural applications such as glass walls, staircases, and balustrades, contributing to the sleek, contemporary design of modern architecture while maintaining durability and safety.

Cast glass is a type of glass that is formed by pouring molten glass into a mould and allowing it to cool and harden. This process allows for intricate shapes, textures and designs to be created, making glass ideal for decorative and architectural applications. The glass can be produced in a variety of thicknesses and finishes, making it suitable for everything from lighting pieces to structural components. 

The float glass process involves pouring molten glass onto a bed of molten tin, where the glass spreads out and forms a perfectly flat, smooth surface. Float glass can also be textured. This is created by applying patterns or designs during the manufacturing process or by using various techniques post-production. The float process also enhances the glass's structural integrity, resulting in a durable, strong material that is resistant to impact and stress.

Laminated glass is constructed by sandwiching a layer of polyvinyl butyral (PVB) or ethylene-vinyl acetate (EVA) between two or more layers of glass. The benefits of laminated glass include increased safety and sound insulation. In the event of breakage, the interlayer holds the glass shards in place, reducing the risk of injury from flying glass.