Composite filaments are a great way to gain that added material performance when one product doesn’t quite fit. We blend our base 3D printing composite materials to provide a wide range of coverage, so you can find a good base material for printing with different characteristics. We start with the bio-friendly base PLA and create materials that have greater strength or increased flexibility. Our PLA-PP, and PLA-ABS blends are great for industrial uses that call for the ease of PLA and the flexibility of the composite counterpart. All blends have increasing shore hardness and greater impact strength than other filaments. Our composites have undergone rigorous tests down to -70 °C and impact fall tests from the earth’s stratosphere. While durable, our PLA composite filaments offer superior melt flow and excellent print quality.
These blends can be used for many different applications, including atmospheric payloads! This 3D printing composite material boasts high durability and a capacity to withstand temperature swings. It’s important to note, however, that this filament has a higher printing temperature and may warp during cooling. You can address this problem by printing with a heating bed. Potential creations include large panels, larger mechanical parts, electrical enclosures, and facials for various parts.
Material Features
ABS_PLA_Blend
Strong PLA
Industrial Grade PLA with superior flow and strength performance; designed for parts where PLA is desired but where the parts will be subjected to repeated use; ideal for parts that may need bend slightly without breaking during use.
ABS_PC_Blend
Hi-Strength
Industrial Grade High Impact Polycaronate suitable for applications requiring material strength; ideal for automotive applications and parts subjected to constant wear; High Process temperatures required 240°C – 270°C.
PLA_TPU_Blend
Semi-Flexible
Industrial Grade PLA with superior end use temperature performance and strength; use for projects where material properties are critical; ideal for working parts and end use testing.
**Special Sale!**
PLA_PP_Blend
Flexible PLA
More flexible style industrial PLA where added strength is required to normal PLA – ideal for caps and closures; available as FDA food contact compliant (end user to specify).
PLA_TPE_Blend
Flexible PLA
More flexible style industrial rubber type PLA where added flexibility is required; ideal for parts subjected to more shock – couplings, grommets, fasteners, and clips.
**Special Sale!**
ABS_PLA_Blend: Strong and Durable
ABS_PC_Blend: Ideal for Automotive Applications
PLA_TPU_Blend: Ideal for Working Parts
PLA_TPE_Blend: Shock Absorbing
PLA_PP_Blend: Ideal for Caps and Closures
Filament Properties
ABS_PLA_Blend
Strength
High
Flexibility
Medium
Durability
High
Difficulty to Use
Medium
Print Temperature
210°C – 220°C
Print Bed Temperature
80°C – 100°C
Shrinkage / Warping
Possible – care required; print with heated bed
Soluble
In esters, ketones, and acetone
ABS_PC_Blend
Strength
Very High
Flexibility
Very Low
Durability
Very High
Difficulty to Use
High
Print Temperature
240°C – 270°C
Print Bed Temperature
90°C – 110°C
Shrinkage / Warping
Considerable
Soluble
No
PLA_TPU_Blend
Strength
High
Flexibility
Medium
Durability
Very High
Difficulty to Use
Low
Print Temperature
210°C – 230°C
Print Bed Temperature
60°C – 75°C
Shrinkage / Warping
Possible – care required; print with heated bed
Soluble
No
PLA_PP_Blend
Strength
Medium
Flexibility
Medium to High
Durability
High
Difficulty to Use
Medium
Print Temperature
200°C – 220°C
Print Bed Temperature
40°C – 80°C (Use Tape)
Shrinkage / Warping
Possible – care required; print with heated bed
Soluble
No
PLA_TPE_Blend
Strength
Medium to High
Flexibility
Medium to High
Durability
Very High
Difficulty to Use
Medium
Print Temperature
210°C – 230°C
Print Bed Temperature
60°C – 75°C
Shrinkage / Warping
Minimal
Soluble
No
The Perfect Material for Your Project
Let us know if you are interested in a custom material blend or color. We will work with you to create the perfect material for your project!