MOLEGRID™ ABS+

Color
白色
Weight

Applications & Advantages

Applications

  • Functional Prototyping: High-stress evaluation prototypes requiring tough material characteristics.
  • Mechanical Parts: Dynamic end-use parts, snap-fit components, hinges, and structural brackets.
  • Tooling and Fixtures: Manufacturing jigs, assembly alignment tools, and durable production aids.
  • Consumer Products: Protective hardware enclosures, rugged cases, and customized accessories.

Advantages

  • High Strength and Toughness: Exceptional resistance to severe impact, fatigue, and mechanical stress.
  • Excellent Dimensional Stability: Ensures accurate part dimensions and reliable tolerances across complex geometries.
  • Smooth Surface Finish: Delivers clean fine-feature details and a sleek, high-grade aesthetic finish.
  • Versatile Material: Perfectly tailored for a broad spectrum of demanding 3D printing engineering tasks.

Description

Enhanced ABS-Like Performance: High-performance SLA/DLP/LCD resin offering exceptional strength, durability, and robust mechanical integrity.

Advanced Nano-Toughening Technology: Engineered with nano-scale toughening agents to absorb impact energy and prevent brittle failure.

Superior Toughness & Elongation: Features high elongation at break (24.2%), allowing printed components to withstand significant strain and dynamic loads.

Excellent Dimensional Stability: Low shrinkage rate guarantees tight tolerance control and reliable fitment for multi-part mechanical assemblies.

Smooth & Crisp Surface Quality: Low viscosity formulation facilitates fast printing, efficient resin drainage, and clean feature resolution.

Versatile Industrial Application: Ideal for demanding structural, mechanical, and functional prototyping across diverse hardware projects.

Technical Datasheet

Resin Viscosity: 250 – 450 cps (@25°C) (ASTM D7867)

Tensile Strength: 43 MPa (ASTM D638)

Flexural Strength: 65 MPa (ASTM D790)

Elongation at Break: 24.2% (ASTM D638)

Note: All properties are tested under standard laboratory conditions.

Applications