Eclipse Materials Platform

Engineered Composite Systems for Structural Additive Manufacturing

Voltage Vessels develops reinforced composite materials optimized for large format additive manufacturing, structural durability, and environmental exposure. We engineer at the compound level to control consistency, extrusion behavior, and mechanical direction.

Production and Validation Status

Production-scale quantities of Eclipse X9 compounded and processed.

Established large format additive manufacturing print profile.

Validated extrusion stability and layer adhesion.

Structural evaluation in progress.

Material engaged in military, county, and conservation testing programs.

Technical data available under Mutual NDA.

Eclipse X9

Reinforced recycled polymer composite engineered for structural additive manufacturing.

COMPOSITION

Recycled polymer matrix
Mineral fiber reinforcement

PROCESSING BEHAVIOR

Stable large format extrusion
Controlled deposition characteristics
Consistent layer bonding under established parameters
Compatible with CEAD-class LFAM and standard FDM printers

PERFORMANCE

Corrosion resistant pathway
Non conductive option
Thermally stable for LFAM processing
Hydrophobic material behavior (water absorption <0.4%)
Bondable and paintable surfaces
Weldable, repairable, mechanically recyclable

APPLICATIONS

Structural tooling
Marine components
Buoyancy systems
Expeditionary fabrication

Validated Mechanical Properties

Testing by University of Maine Advanced Structures and Composites Center

Project ID: UM-TC-23-1008

TENSILE STRENGTH

10,300 - 15,500 psi

FLEXURAL STRENGTH

16,800 - 23,800 psi

BENDING STRENGTH

~113 MPa

WATER ABSORPTION

<0.4%

24hr immersion

HEAT DEFLECTION TEMP

>70°C

DENSITY

1.35 - 1.45 g/cm³

MATERIAL COMPARISON

Material	Tensile	Flexural	Corrosion	Recyclable
Eclipse X9	15,500 psi	23,800 psi	Immune	Yes
ABS	5,800 psi	10,400 psi	Resistant	Limited
FRP (Glass)	20,000 psi	30,000 psi	Resistant	No
Aluminum 6061	40,000 psi	N/A	Moderate	Yes