HAGE3D – VALIDATED PLASTICS
ABS (acrylic-butadiene-styrene copolymer) is an often used, mechanically high-quality material with high heat resistance. ABS is a thermoplastic and amorphous. It is tough and resistant. The butadiene content makes ABS impact resistant. It can be smoothed with acetone. Example of ABS: Titan X
Main application: technical components for standard applications.
Pro’s: Impact strength | Abrasion resistance | Heat distortion temperature
Recommended material partner: FormFutura TitanX
ABS (ACRYLIC BUTADIEN STYRENE COPOLYMER) FLAME RETARDANT
ABSpro – Flame Retardant is an advanced, halogen-free ABS that meets the UL 94 V-0 Flammability Standards requirement and extinguishes within 10 seconds of ignition.
The filament has a high content of polycarbonate (PC) and contains halogen-free, flame-retardant additives to fulfill the flammability.
Main application: technical components with UL 94 V-0 requirement
Pro’s: very high dimensional stability | Abrasion resistance | very good layer connection | Self-extinguishing properties
Recommended material partner: FormFutura ABSPro Flame Retardant
ASA (acrylonitrile-styrene-acrylic ester copolymer) is comparable to ABS, with the difference that acrylonitrile has a much higher resistance to aging and weathering. It is thus the “ABS for outdoor applications”. Example of ASA: ApolloX
Main application area: technical components for standard outdoor applications.
Pro’s: Impact strength | Abrasion resistance | Heat distortion temperature | UV-resistance
Recommended material partner: FormFutura ApolloX
PETG is a glycol copolymerized variant of polyethylene terephthalate (PET), the latter commonly used to make water bottles. PETG is an amorphous thermoplastic with good mechanical performance, it is strong, tough and impact resistant. The hardness is lower than at PLA e.g. and it is prone to abrasion under high stress. The material also benefits from the excellent thermal properties and it is virtually distortion free. PETG also has a high chemical resistance. PETG is a “wolf in sheep’s clothing” that combines the advantages of ABS (temperature resistance and mechanical performance) and PLA (high pressure resolution) and extends it with chemical and UV resistance. Example for PETG: HDGlass
Main application: technical components for standard applications and more complex tasks.
Pro’s: Impact strength | Abrasion resistance | Heat distortion temperature | Chemical resistance | High printing resolution
CARBONFIL™ (PETG – FIBER REINFORCED)
CarbonFil ™ is a lightweight and incredibly stiff carbon fiber reinforced filament. The CarbonFil ™ filament is based on a unique blend of HDglass ™ with 20% lightweight, relatively long carbon fibers. The stiffness doubles compared to HDglass ™, the impact resistance has increased by more than 10%.
TPE (THERMOPLASTIC ELASTOMER)
TPE (thermoplastic elastomer) is the generic term for all rubber-like plastics which, unlike real elastomers (“rubber”), can be processed by extrusion. This is achieved by a morphological “blend” of thermoplastics and elastomers. As the name suggests, this amorphous material is elastic at room temperature, so that the plastic has a high flexibility. There are several types of TPE, with material extrusion most commonly used being thermoplastic polyurethane (TPU) and thermoplastic copolyester (TPC). The degree of elasticity of the plastic depends on the type of TPE and the chemical formulation used by the manufacturer. For example, some filaments may be partially flexible like a tough car tire, while others are highly flexible like a rubber band. TPE’s are abrasion and chemical resistant and have a low to medium tendency to warp. Example of TPE: Arnitel
Main application area: flexible technical components for standard applications and more complex tasks.
Pro’s: Felxibility | Chemical resistance | Impact strength
PP (polypropylene) is a semi-crystalline standard thermoplastic and has a low density, medium toughness, low strength, average heat resistance, but low scratch resistance. PP is resistant to chemicals. PP is the “better” polyethylene, reinforced with fillers, it can even compete with engineering plastics such as PBT at not too high operating temperatures. A major disadvantage in additive manufacturing with PP is the large distortion. Example for PP: CentaurPP
Main application area: technical components for standard applications, filled it can also be used for loaded construction components.
Pro’s: Chemical resistance | Impact strength | Variable use due to filling possibility
The semi-crystalline thermoplastic PA (polyamide) is very tough as PA6, very hard as PA6.6 and very dimensionally stable as PA12 in media contact. In general, PA has outstanding mechanical properties (combination of strength, hardness and toughness) even at very high operating temperatures. It is the most widely used technical construction material, which with fillers, for. As glass fiber, can be improved. The biggest disadvantage in additive manufacturing lies in the high delay. This can be reduced by copolymers. Example of PA: CoPA
Main application: Design components with high requirements.
Pro’s: Variable use due to filling possibility | High temperature resistance | Chemical resistance | High ductility, stability & hardness
Recommended material partner: Polymaker CoPA, DuPont™ Zytel®
The amorphous thermoplastic PC (polycarbonate) has very interesting properties for various industrial applications. PC is characterized by high strength, impact resistance, rigidity and hardness. In addition, polycarbonate is a good electrical insulator. Common applications are therefore housing electronic devices and due to the mechanical properties used for small series parts and spare parts.
Main application: Functional components with high requirements
Pro’s: Good chemical resistance | High toughness, strength & hardness
Recommended material partner: Polymaker C515
Because it can be printed at low temperatures, does not require a heated print bed, has a high print resolution, and has very low warpage, PLA is the most popular material for filament-based material extrusion. PLA is thermoplastic, semi-crystalline, hard / brittle with low impact strength and heat resistance. It is made from grains such as corn and sugarcane and is renewable and above all biodegradable. Example: Premium PLA
Main areas of application: first prototypes, presentation objects and illustrative models.
Pro’s: High printing resolution | Hardly any distortion | Scratch-resistant, hard
Con’s: Low impact strength | Low heat deflection temperature
A general material comparison including material data, selected printing parameters and applications can be found under: