3D Printing Polymer Resin E

3D Printing Polymer Resin E are a specially formulated co-polymer for additive manufacturing. Contains 100% recycled carbon fiber for optimal strength and durability. This formulation is design to maximize printability, dimensional stability and surface finish, while minimizing warpage. Applications · Automotive, Aerospace, Medical and Industrial applications · Rapid Prototyping and Mass-customization · Lightweight and Rigid part design · Cold Temperature Applications · Compatible with Titan Robotics, Cincinnati BAAM, and Similar Equipment Features · High Strength and Stiffness · 100% Recycled Carbon Fiber · Low Density and lightweight · Excellent Surface Finish · Low Warpage and High Dimensional Stability · Available Colors: Black Benefits · No Drying Required · High Chemical Resistance · Heated Chamber Not Required · Excellent Bed Adhesion

Brand: 3D Printing Polymer (5 products)

Polymer Name: Polypropylene (unspecified)

Processing Methods: 3D Printing, Extrusion

End Uses: Aerospace Applications, Automotive Exterior Parts, Automotive Interior Parts, Sporting Goods

Enhanced TDS

Knowde-enriched technical product data sheet

Identification & Functionality

Chemical Family: Polyolefins,
Polypropylenes (PP)
Fillers Included: Carbon Fiber
Polymer Name: Polypropylene (unspecified)
Plastics & Elastomers Functions: Resin
Technologies: Plastics
Product Families: Plastics — 3D Printing Polymers
Photoactive Resins

Features & Benefits

Materials Features: Chemical Resistant,
Good Mechanical Properties,
Good Printability,
High Impact Resistance,
Light Weight,
Water Resistant
Product Highlights: 3D Printing Polymer Resin E provides engineering level performance without compromising any of PP’s inherent properties which include light weight, water resistance (no drying needed), chemical resistance, and impact resistance.

Applications & Uses

Markets: Automotive & Transportation,
Consumer Goods
Applications: Automotive & Transportation — Automotive
Exterior & Body,
Interior
Consumer Goods — Sports & Recreation
Automotive & Transportation — Transportation
Aerospace & Aviation
Plastics & Elastomers End Uses: Aerospace Applications,
Automotive Exterior Parts,
Automotive Interior Parts,
Sporting Goods
Plastics & Elastomers Processing Methods: 3D Printing,
Extrusion

Properties

Color (Properties)

Physical Form

Printed Part Properties


	Value	Units	Test Method / Conditions
Young’s Modulus *	6380	MPa	D 638
Vicat Softening Temperature (at 10 N)	150	℃	D 1525
Ultimate Tensile Strength*	41	MPa	D 638
Tensile Elongation at Break*	1.3	%	D 638
Hardness	63	Shore D	D 2240
Flexural Modulus – Chord Modulus *	4512	MPa	D 790
Drop Impact Puncture Energy (at 2.73 m/s, 3 mm, 23℃)	5.2	J	D 3763
Drop Impact Puncture Energy (at 2.73 m/s, 3 mm, 0℃)	6.2	J	D 3763
Drop Impact Puncture Energy (at 2.73 m/s, 3 mm, -20℃)	5.4	J	D 3763
Drop Impact Peak Energy (at 2.73 m/s, 3 mm, 23℃)	2.3	J	D 3763
Drop Impact Peak Energy (at 2.73 m/s, 3 mm, 0℃)	3.5	J	D 3763
Drop Impact Peak Energy (at 2.73 m/s, 3 mm, -20℃)	5.2	J	D 3763
Density	0.91	g/cm3	D 792
Deflection Temperature (at 0.455 MPa, 12.7mm)	158	°C	D 648
Charpy Impact Strength (at 23℃) *	11.6	kJ/m2	ISO 179

Note

*Printed part properties obtained from die cut tensile bars from a single walled box print. Tensile specimens were oriented parallel to the layer direction..

Regulatory & Compliance

Certifications & Compliance: SARA 311/312,
SARA 313
Chemical Inventories: TSCA (USA)

Technical Details & Test Data

Composition Note: This resin does not contain the substance Bisphenol A (BPA, CAS: 80-05-7) in its composition.