Polymers
MATERIALS
High-performance polymers for large-scale manufacturing
Hyperion uses engineering-grade polymers selected for strength, durability, and reliable production, supported by testing, compounding, and application-specific validation.
Polymers Portfolio
High-density polyethylene and glass fibre
HDPE-GF
KEY PROPERTIES
High stiffness and impact resistance
Heat resistant and water resistant
Low moisture absorption
Lightweight and durable
USE CASES
Formwork, marine tooling
Low-cost mould parts
Low-weight components
Polypropylene and glass fibre
PP-GF
KEY PROPERTIES
Good strength & dimensional stability
Low density and good thermal stability
Suitable for recycled blends
Lightweight and durable
USE CASES
Tooling and fixtures
Chemical-exposed environments
Circular production parts
Industrial housings
Polyethylene terephthalate glycol
PETG
KEY PROPERTIES
Good strength & dimensional stability
Low warping and easy processing
Aesthetic with translucent finishes
USE CASES
Interior fixtures
Prototypes, display elements
Polyethylene terephthalate glycol and glass fibre
PETG-GF
KEY PROPERTIES
Higher stiffness than standard PETG
Improved structural strength
Low warping and consistent prints
Better dimensional stability
USE CASES
Structural prototypes
Tooling and moulds
Display and presentation parts
Architectural components
Acrylonitrile styrene acrylate
ASA-GF
KEY PROPERTIES
UV & weather resistant
Good surface finish & dimensional stability
Increased stiffness
USE CASES
Outdoor components
Landscape elements, signage
Marine applications
Polycarbonate and glass fibre
PC-GF
KEY PROPERTIES
Very high stiffness and heat resistance
Excellent dimensional accuracy
Strong impact performance
USE CASES
Precision tooling
Machinery components
Load-bearing parts
Detailed housings
Thermoplastic polyurethane
TPU
KEY PROPERTIES
High elasticity and resilience
Abrasion and shock resistant
Chemical-resistant industrial components
One of very few printing with this material at large scale globally
USE CASES
Energy sector parts
Shock buffers, wear surfaces
Protective components
High-density polyethylene and glass fibre
HDPE-GF
KEY PROPERTIES
High stiffness and impact resistance
Heat resistant and water resistant
Low moisture absorption
Lightweight and durable
USE CASES
Formwork, marine tooling
Low-cost mould parts
Low-weight components
High-density polyethylene and glass fibre
HDPE-GF
KEY PROPERTIES
High stiffness and impact resistance
Heat resistant and water resistant
Low moisture absorption
Lightweight and durable
USE CASES
Formwork, marine tooling
Low-cost mould parts
Low-weight components
High-density polyethylene and glass fibre
HDPE-GF
KEY PROPERTIES
High stiffness and impact resistance
Heat resistant and water resistant
Low moisture absorption
Lightweight and durable
USE CASES
Formwork, marine tooling
Low-cost mould parts
Low-weight components
Polypropylene and glass fibre
PP-GF
KEY PROPERTIES
Good strength & dimensional stability
Low density and good thermal stability
Suitable for recycled blends
Lightweight and durable
USE CASES
Tooling and fixtures
Chemical-exposed environments
Circular production parts
Industrial housings
Polyethylene terephthalate glycol
PETG
KEY PROPERTIES
Good strength & dimensional stability
Low warping and easy processing
Aesthetic with translucent finishes
USE CASES
Interior fixtures
Prototypes, display elements
Polyethylene terephthalate glycol and glass fibre
PETG-GF
KEY PROPERTIES
Higher stiffness than standard PETG
Improved structural strength
Low warping and consistent prints
Better dimensional stability
USE CASES
Structural prototypes
Tooling and moulds
Display and presentation parts
Architectural components
Acrylonitrile styrene acrylate
ASA-GF
KEY PROPERTIES
UV & weather resistant
Good surface finish & dimensional stability
Increased stiffness
USE CASES
Outdoor components
Landscape elements, signage
Marine applications
Polycarbonate and glass fibre
PC-GF
KEY PROPERTIES
Very high stiffness and heat resistance
Excellent dimensional accuracy
Strong impact performance
USE CASES
Precision tooling
Machinery components
Load-bearing parts
Detailed housings
Thermoplastic polyurethane
TPU
KEY PROPERTIES
High elasticity and resilience
Abrasion and shock resistant
Chemical-resistant industrial components
One of very few printing with this material at large scale globally
USE CASES
Energy sector parts
Shock buffers, wear surfaces
Protective components