Description
100% Recycled HIPS Sheet Sustainable High-Impact Polystyrene
This 100% Recycled High Impact Polystyrene (HIPS) is a high-performance, eco-conscious thermoplastic designed for professionals who prioritise sustainability without compromising on technical capability. Manufactured entirely from post-industrial waste, these sheets offer the same excellent vacuum-forming properties and impact resistance as virgin HIPS. Fully recyclable at the end of its life, this material is the definitive choice for circular design projects in architectural modelling, industrial prototyping, and sustainable retail display.
Applications:
- Sustainable Prototyping & Industrial Design: Ideal for creating eco-friendly volumetric mock-ups, ergonomic studies, and equipment housings. The materials superb forming capabilities allow for high-definition vacuum forming and thermoforming, making it perfect for testing sustainable packaging and functional product designs.
- Architectural Model Making: A versatile substrate for representing modern facades, internal partitions, and structural massing. Its high opacity is excellent for internal lighting studies, while its recycled credentials align with the sustainability requirements of contemporary architectural practices and LEED-certified projects.
- Film & TV Set Design: Used for constructing lightweight, durable set panels, decorative props, and futuristic textures. Its robust impact strength ensures set pieces withstand the rigours of studio environments, providing an environmentally responsible alternative for large-scale temporary constructions.
- Retail, POS & Signage: Extensively used for sustainable point-of-sale displays, exhibition stands, and promotional graphics. The surface is highly receptive to various printing and vinyl application techniques, ensuring a professional finish for eco-branded retail environments.
Technical Specifications:
- Material: 100% Recycled High Impact Polystyrene (HIPS)
- Sustainability: 100% Post-Industrial Waste / 100% Recyclable
- Dimensions: See Options
- Thickness: 1.0mm, 2.0mm
- Properties: Lightweight, high-opacity, sustainable, low-forming temperature