Mosaic Matrix is a high-performance carbon-fibre-reinforced nylon blend engineered for exceptional strength, stiffness, and dimensional stability. It delivers an outstanding strength-to-weight ratio, high thermal resistance, and excellent wear durability.
What is Mosaic Matrix?
Durable and easy to use. Explore Mosaic Matrix’s material specifications and key properties below.
Mechanical Properties
Matrix delivers 80.43 MPa tensile strength and a 4634 MPa modulus, making it one of Mosaic’s strongest and stiffest materials. Its 7.01% elongation supports high structural loads, while a low density of 1.03 g/cc enhances strength-to-weight performance for lightweight engineering parts.
Thermal Properties
With an HDT of 101.6 °C, Matrix maintains mechanical integrity at elevated temperatures, performing well in under-hood automotive parts, aerospace components, robotics housings, and other demanding environments.
Chemical Properties
As a nylon-based composite, Matrix provides excellent wear and fatigue resistance with long-term stability. Carbon fibre reinforcement improves surface finish and dimensional accuracy. Like all nylons, it’s hygroscopic and requires proper storage and drying for best performance.
Mosaic Matrix Material Specifications
Durable and easy to use. Explore Mosaic Matrix’s material specifications and key properties below.
DOWNLOAD DATA SHEET
Available Colours
Black
White
Green
Filament Specifications
| Parameter | Value |
| Diameter | 1.75 mm |
| Tolerance | ± 0.05 mm |
Printing Guidelines
| Slicer Profile | Available on canvas3d.io |
| Nozzle Temperature | 280°C |
| HEATED CHAMBER | Recommended |
| Build surface | Element Bed Type I, with glue stick |
| Special considerations | N/A |
Storage/Handling Considerations
| Hygroscopicity | High |
| Drying Temperature | 100°C |
| Drying Time | 8 Hours |
Start Printing with Mosaic Matrix
Mosaic Matrix in Action: Durable, Reliable, and Ready to Print
Materials Engineered for Performance
Explore Mosaic’s Line of High-Performance 3D Printing Materials.
Professional
Professional
High-performance 3D printing materials in bold colors for dependable, all-purpose use.
- Mosaic PLA
- Mosaic ASA
- Mosaic ABS
Flexible
Quickly iterate product designs using high-speed, multi-material printing that delivers functional, testable prototypes with minimal turnaround time.
Quickly iterate product designs using high-speed, multi-material printing that delivers functional, testable prototypes with minimal turnaround time.
- Validate designs faster with true-to-function parts
- Combine flexible and rigid materials in one print
- Reduce outsourcing and accelerate time to market
Light Industrial
Quickly iterate product designs using high-speed, multi-material printing that delivers functional, testable prototypes with minimal turnaround time.
- Validate designs faster with true-to-function parts
- Combine flexible and rigid materials in one print
- Reduce outsourcing and accelerate time to market
Industrial
Quickly iterate product designs using high-speed, multi-material printing that delivers functional, testable prototypes with minimal turnaround time.
- Validate designs faster with true-to-function parts
- Combine flexible and rigid materials in one print
- Reduce outsourcing and accelerate time to market
Array really automates 3D printing by making it a hands off procedure, I can send a print from my computer at home and not have to come into the office at 9pm – the parts are just sitting there ready for me the next day.
Connor Reddington, Avid (a Lubrizol Company)
Students at all levels of education should have access to an Array. It is essential if we’re encouraging STEM education, design engineering thinking, prototyping, iteration – students should have a reliable 3D printer to make parts in the volumes they need.
Cody Soska, Technical Specialist at IDeATe
The ability to develop and produce custom plastic parts at scale, on our factory floor, is great for our business and new client acquisition.
James McColl, Senior Program Manager Microart Services Inc.
Everything You Need to Know
Designed for advanced engineering materials like
PEEK, PEI, and Nylon, enabling the production of
durable, heat-resistant parts. Ideal for aerospace,
automotive, and industrial applications requiring
superior mechanical properties and reliability.
- Validate designs
faster with true-to-function parts - Validate designs faster with true-to-function
parts - Reduce outsourcing and accelerate time to market
- Validate designs
faster with true-to-function parts - Validate designs faster with true-to-function
parts - Reduce outsourcing and accelerate time to market
Designed for advanced engineering materials like
PEEK, PEI, and Nylon, enabling the production of
durable, heat-resistant parts. Ideal for aerospace,
automotive, and industrial applications requiring
superior mechanical properties and reliability.
Designed for advanced engineering materials like
PEEK, PEI, and Nylon, enabling the production of
durable, heat-resistant parts. Ideal for aerospace,
automotive, and industrial applications requiring
superior mechanical properties and reliability.
Designed for advanced engineering materials like
PEEK, PEI, and Nylon, enabling the production of
durable, heat-resistant parts. Ideal for aerospace,
automotive, and industrial applications requiring
superior mechanical properties and reliability.
Designed for advanced engineering materials like
PEEK, PEI, and Nylon, enabling the production of
durable, heat-resistant parts. Ideal for aerospace,
automotive, and industrial applications requiring
superior mechanical properties and reliability.