Materials by industry
Explore plastic sheet, engineering plastics, PET acoustic products, signage substrates and fabrication pathways for commercial, architectural and industrial projects.
Industries served
Industry context helps narrow material options before comparing transparency, impact strength, chemical resistance, appearance, wear performance or fabrication requirements.
Combine durable materials, branded features and acoustic products for guest-facing and operational environments.
Build visual merchandising, display and signage projects around lightweight, clear and printable substrates.
Evaluate weather exposure, impact, appearance, acoustic performance and installation conditions before specifying material.
Match engineering plastics to impact, friction, dimensional stability, chemical exposure and operating conditions.
Support quieter, more functional interiors using acoustic products, dividers, signs and custom fabricated components.
Combine impact-resistant, cleanable and sound-control materials for classrooms, campuses and public facilities.
Consider salt air, moisture, sunlight, impact and long-term durability when selecting materials for marine environments.
Move from concept to prototype using material guidance and suitable digital fabrication pathways.
Quick solution guide
These are starting points rather than universal specifications. Final selection depends on the environment, dimensions and fabrication method.
| Requirement | Common materials | Typical uses | Key question |
|---|---|---|---|
| Clear glazing | Acrylic, polycarbonate, PETG | Screens, guards, displays and glazing | Is appearance or impact resistance more important? |
| High impact | Polycarbonate, HDPE, ABS | Guards, covers and protective components | What loads and impacts are expected? |
| Chemical resistance | HDPE, polypropylene, PVC | Tanks, liners and processing components | Which chemicals and temperatures are involved? |
| Wear and friction | UHMW, nylon, acetal | Guides, wear strips, rollers and machined parts | Is dimensional precision or abrasion resistance primary? |
| Signage and display | Acrylic, ACM, expanded PVC, foamboard | Signs, graphics, retail and visual merchandising | Is the application indoor, outdoor or illuminated? |
| Acoustic control | PET acoustic material | Wall panels, baffles and ceiling features | What space and installation method are involved? |
Material selection
A useful material recommendation starts with what the component must withstand, how it will be fabricated and where it will be used.
Identify direct sunlight, outdoor exposure, heat, moisture and salt-air conditions.
Define expected impact, guarding, breakage and protective requirements.
Identify chemicals, cleaners, oils, processing fluids and exposure duration.
Consider sliding contact, abrasion, bearing loads and friction.
Routing, laser cutting, thermoforming and machining can influence material suitability.
Coordinate suitable materials with fabrication, prototyping, signage, acoustic and custom manufacturing pathways.
Project process
Explain what the material or finished component needs to do.
Include UV, temperature, chemicals, moisture, impact and other operating conditions.
Provide dimensions, quantity, drawings, reference images and required date.
Compare suitable material and fabrication pathways before confirming the project.
You do not need to know the exact plastic grade before contacting BPS. Share the application, environment, dimensions, quantity and required date.
Industry material FAQs
Material suitability depends on the actual operating environment rather than industry name alone.
Start an industry enquiry
You do not need to know the exact material. Describe the application, environment and project requirements so BPS can review the next step.