Pro3 Plus

• Next Generation Biopolymer PLN, Ideal Material To Replace ABS
• Perfect for Schools, Universities, Home Hobbyists, and General 3D Printing
• Low-Temp PLA-N Designed to Extrude at ~220ºC
• Ideal for prototyping and tooling
• Termical resistence up to 180º after anealing 

Adviced Printing Temperature:
± 200-215° C

Adviced Fan Air
0%-50%

Adviced Heated Bed
± 40-60° C

PETG is a user-friendly filament as it is easily printed. At speeds 20% higher than PLA it benefits from excellent thermal stability, so allowing for the printing of transparent objects with excellent thermal and mechanical resistance. Particularly recommended for schools and universities due to its easy and problem free printing performance.

Filkemp Nylon is the first low temperature nylon developed to be extruded at 230 °C with rapid cooling. This material is ideal for industrial modelling and prototyping, and enables the production of objects with characteristics similar to the ones created through injection moulding, such as durability, impact resistance with high thermal durability. The pre-lubricated Filkemp Nylon™, with its exclusive lubricating technology, allows for easy printing with no stoppages.

• Ideal for Industrial Modeling and Parts Prototyping
• Fast Cooling, Low-Temp Nylon Designed to Extrude at ~230ºC
• Semi-Flexible Filament Produces Results Similar to an Injection Molded Part
• Durable & Impact Resistant with High Thermal Durability
• Pre-Lubricated Filament using Exclusive Lubricity™ Technology
• Odor-free

When quality, reliability, and durability matter the most, 3D-Fuel Pro PLA+ is ready. It's designed for your most demanding projects. 3D-Fuel Pro PLA+ is an engineering-grade, tough PLA with excellent temperature resistance that prints smoothly. We produce it using virgin NatureWorks Ingeo 3D870 resin. Pro PLA+ is available in 40 colors including fluorescents and glow-in-the-dark.

Professional grade PLA filament upgraded and optimized for 3D printing. Pro PLA features premium virgin PLA resin slightly modified with a revolutionary bio-plastic that increases overall strength, impact resistance, shelf life, and also reduces brittleness.  Some users also acheive prints speeds up to 40% faster than standard PLA filaments.

In addition Pro PLA delivers increased flow rate and excellent layer adhesion, but retains PLA’s ease of use and primary printing characteristics.

-        Tougher and less brittle than standard PLA

-        Longer shelf life

-        Prints faster standard PLA

-        High geometric accuracy

-        Very easy to print

-        Excellent layer adhesion

-        100% Biodegradable

PLAyPHAb (play fab) 3d printer filament is a unique high strength PLA/PHA blend that is much less brittle than standard PLA, and does not require a heated bed or enclosure. It is 100% biodegradable like PLA, but is comparable to ABS in terms of its impact strength with greater pliability and elongation at break.

-        Much greater impact, heat, and UV resistance than standard PLA

-        Much less brittle and more pliable than PLA

-        Vastly increased shelf life compared to PLA

-        Excellent flow rate

-        Very easy to print

-        Remove supports with ease

-        High strength properties realized automatically without the need for post processing/annealing

-        Heated bed not required

Enviro ABS is a professional grade ABS combined with our proprietary bio-additive technology that delivers a sustainable ABS filament, without compromising material performance.

-        Eco-Friendly ABS made with a proprietary bio-additive

-        Professional grade ABS resin

-        High impact resistance

-        High geometric accuracy

-        Very easy to print

-        Limited warping

-        Excellent visual quality and finish

OMNI™ 3D printer filament is a proprietary blend of bioplastics including an optimized PLA that is easy to use and comparable to ABS in strength and rigidity, but is 100% biodegradable.

-        PLA based bioplastic blend

-        Rivals ABS in strength and rigidity

-        Higher print resolution than ABS

-        Better heat resistance and layer adhesion than PLA

-        100% biodegradable, environmentally sustainable, & non-toxic

-        Releases no toxic fumes or harmful UFP's

-        Print Temp: 195℃ - 215℃

-        Heated bed not required

ALGA™ 3D printer filament is an optimized PLA combined with nuisance algae that has been removed from the environment, creating a markedly sustainable material by helping to keep the ecology in balance through remediation. ALGA features an earthy color palette and has a unique texture that resembles bone, sandstone, or wood.

-        PLA combined with nuisance algae

-        Improved strength and reduced brittleness

-        Algae content produces an Earthy color palette

-        Optimized for FDM

-        Texture of finished parts resembles bone, sandstone, or wood

-        100% biodegradable, environmentally sustainable, & non-toxic

-        Produces no harmful UFP’s and aids in nitrogen fixation

-        Heated bed not required

YOGA Flex is a 100% biodegradable semi-flexible filament made from green materials. It has greater printability than TPU based flexible filaments, and is stiff enough to run easily with Bowden extruders.

-        Made from green materials

-        More permissive than TPU

-        Works easily with Bowden extruders

-        98A shore hardness

-        100% Biodegradable

-        Heated bed not required

3DXMAX® ASA (Acrylonitirle Styrene Acrylate) is a UV-resistant, famously weatherable polymer. Our ASA has a low-gloss matte finish which makes it the perfect filament for technical-looking prints, especially when you don’t want the high-gloss surface finish often associated with 3D printing materials like ABS, PETG, or PLA.

Benefits of 3DXMAX® ASA:

-        Excellent mechanical and thermal properties (Tg of 105°C)

-        Highly resistant to ultra-violet radiation and sunlight

-        Sturdy and rugged against the weather, ideal for an outdoor part

-        Easier to print than most industrial-grade materials

-        Variety of colors and beautiful, low-gloss finish to make your models pop

SPECIFICATIONS

- PRINT TEMP 190 TO 230C
- +/- 0.02MM OR LESS AVERAGE DIAMETER VARIATION
- 0.02 MM OR LESS OUT OF ROUND
- RESIN TYPE : VIRGIN NATUREWORKS INGEO PLA

Prints with less warp than most other resins. Excellent rating from customers.

- Quality / Specs
- Print temp 235 to 255C
- Diameter (volumetric variation XY combined) + - 0.02mm or less

PETG is a newer printing filament and has the advantage of printing easily like PLA, but offering higher temp and impact resistance like ABS.

Carbon fiber infused filament benefits:

-        Increased rigidity / strength

-        Highly desirable texture / look

-        Greatly reduced part shrink / warp

-        Greatly reduced stringing / angel hairs

-        Printed parts hold better details / sharp corners

PETG is a newer printing filament and has the advantage of printing easily like PLA, but offering higher temp and impact resistance like ABS.

Quality / Specs:

-        Print nozzle temp -  240 - 265C

-        Heated Bed temp - 80c  +-10c

-        Diameter (volumetric variation XY combined) + - 0.02mm or better

-        Roundness ( ovality ) + - 0.02 mm or better

Speed, Strength, Versatility and Consistency

PLA PRO1 is an extremely versatile, tough biobased PLA filament made for professionals. It reduces your printing time, (subject to printer and object limitations) and the strength exceeds overall mechanical properties of printed ABS parts. Printer settings can be tuned to achieve blazing fast speeds or an unrivaled surface finish. The excellent quality control ensures the highest levels of consistency between colors and batches, it will perform as expected, every time.

High Temperature PA with 15 % Carbon Fiber

Ultrafuse® PAHT CF15 is a high-performance 3D printing filament that opens up new application areas in FFF printing. It works in any FFF printer with a hardened nozzle. Additionally, it is compatible with BVOH, water-soluble support material, and HIPS which enables the printing of complex geometries for the most challenging operating environments.

Ultrafuse PP is high-performance thermoplastic with low density, high elasticity and high resistance to fatigue.

The mechanical properties make it an ideal material for 3D-printing applications which have to endure high stress or strain. The filament has high chemical resistance and a high isolation value. PP is one of the most used materials in the world, due to its versatility and ability to engineer lightweight tough parts.

For outstanding printing results

Made from a premium PET, easy to print and a large operating window for printing. (Temperature vs. speed)

Ultrafuse PC/ABS FR is a flame retardant V-0 blend of polycarbonate and acrylonitrile butadiene styrene, two of the most commonly used thermoplastics for engineering and electrical applications.

Efficient Engineering-filament. Printing for non-print Engineers

ABS Fusion+ made with Polyscope XILOYTM 3D is an engineering filament which has been optimized for 3D printing. This special grade has been developed in collaboration with Polyscope Polymers renowned for its material solutions in the automotive industry. ABS is a thermoplastic which is used in many applications.

Printing complex designs may only be possible with temporary support structures. Ultrafuse® BVOH water-soluble support filament has been designed to easily dissolve in water. The solubility is increasing with higher water temperature. It offers great compatibility to a variety of materials: PLA, PRO1, ABS, ABS Fusion+, PA and PAHT CF15. Store this monofilament in a sealed bag or container to prevent moisture uptake.

First BASF Filament Development Based on Ultramid®

The key features of Ultrafuse PA are the high strength and high modulus. Furthermore, Ultrafuse PA shows a good thermal distortion stability.

The hardest elastomer in BASF Forward AM’s flexible product line

Ultrafuse® TPU 64D is the hardest elastomer in BASF Forward AM’s flexible product line. The material shows a relatively high rigidity while maintaining a certain flexibility. This filament is the perfect match for industrial applications requiring rigid parts being resistant to impact, wear and tear. Due to its property profile, the material can be used as an alternative for parts made from ABS and rubbers.

First Flexible BASF Filament Based on Elastollan®

Ultrafuse® TPU 85A was specially developed for FFF printing and is an advanced filament based on BASF ́s Elastollan® materials. Elastollan® is the brand name for thermoplastic polyurethane (TPU) by BASF. It stands for maximum reliability, consistent product quality, and cost efficiency.

Flexible Filament based on BASF Elastollan®

Ultrafuse® TPU 95A has been developed specificially to enable fast and easy printing with a flexible filament for Fused Filament Fabrication. By building on the legacy of BASF‘s decades of experience in flexible materials, this material is based on the established thermoplastic polyurethane Elastollan, standing for maximum reliability, consistent product quality and cost efficiency.

Ultrafuse ASA is a high-performance thermoplastic with similar mechanical properties as ABS. ASA offers additional benefits such as high outdoor weather resistance. The UV resistance, toughness, and rigidity make it an ideal material to 3D-print outdoor fixtures and appliances without losing its properties or color. When also taking into account the high heat resistance and high chemical resistance, this filament is a good choice for many types of applications.

PLA Ingeo 850 Filament is the best option in terms of 3D printing materials, as it has the characteristics of a common PLA, its ease of printing and great adhesion, and also mechanical characteristics very close to ABS such as high impact resistance. These characteristics can be increased if the piece is subjected to a crystallisation process (120°C and 15-20 min) achieving a glass transition temperature of 85°C, very close to that of ABS and an impact resistance 15% higher than that of ABS.

PETG Filament is a high strength, impact-resistant material for industrial 3D printing applications. This versatile Polyethylene Terephthalate Glycol-based filament is easy to work with and offers excellent flexural strength and impact resistance. PETG Filament prints with a high-quality finish and displays an excellent layer adhesion.

PETG Filament is a high strength, impact-resistant material for industrial 3D printing applications. This versatile Polyethylene Terephthalate Glycol-based filament is easy to work with and offers excellent flexural strength and impact resistance. PETG Filament prints with a high-quality finish and displays an excellent layer adhesion.

PLA is an environment-friendly material. PLA 3D printer filament is easy to print and the printed model has smooth surface. Compared with ABS filament, eSUN PLA filament has higher rigidity and strength similar to PC, and does not need to close the cavity; Our best PLA filament has low shrinkage rate, no warping, no cracking, and can print large size model.

eSUN PLA+ filament is modified based on PLA material, easy to print. In addition, PLA plus improves the toughness and layer adherence.

Tought pla filament with high impact resistance, high elongation at break, high bonding strength and high printing accuracy.

TPU material has good flexibility with a hardness of 95A, easy to print, and can quickly print large, complex and accurate prototypes of elastomer parts.Excellent elasticity, printed products with tpu filament are not easy to deform.

The model printed by silk pla filament has shinny and silk luster texture.The pla silk filament’s printing surface is smooth without layer patterns.

Light weight pla filament is a material specially developed for aeromodelling. The interlayer bonding is stable, and the foaming rate and strength can be controlled by adjusting the printing temperature. ePLA-LW use active foaming technology to achieve lightweight, low-density PLA parts, the foaming volume ratio is 220%, and the density is as low as 0.54g/cm3.

Modified on the basis of abs filament,eABS Max has higher mechanical properties.Upgraded ABS is halogen-free,environment-friendly and flame retardant, reaching UL94V-0 level flame retardant, which is more fireproof and safer.

eSUN ABS+ 3D printer material based on the modification of ABS material.ABS+ filament has higher mechanical properties, lower odor and lower shrinkage rate than conventional ABS materials.

PETG filament is a high cost performance 3D Printer material with water resistance, chemical resistance and high toughness.

eMarble adds a nature realistic marble visualization to the 3D printed project. The subtle marble tones is randomly dispersed throughout the print creating a unique look. eSUN marble pla filament is perfect for arts & crafts projects, vases and other items.

ePLA-Gloss is a cost-effective PLA material with a glossy surface effect, and the surface is smooth without layering. Compared with ABS, ePLA-Gloss does not need to close the cavity, has low shrinkage, no warping, no cracking, and can print large-scale models; compared with other materials, ePLA-Gloss is easier to peel off from the surface of the model, and the surface of the contact surface is smooth and flat.

3D printing materials with excellent mechanical properties, high toughness and impact resistance, stable and durable; temperature resistance, heat distortion temperature up to 80 ℃.

Development based on nylon 6/66 copolymer; Self-lubricating wear resistance makes it suitable for printing gears; High toughness and impact resistance, with an elongation at break of up to 175%, which can print strong and durable parts with high fracture resistance; Low shrinkage, not easy to warp and crack when printing.

Developed based on PA12; low water absorption, the size of printed parts is less affected by humidity and temperature. ePA12 has high toughness, high impact resistance, and can be used to print durable parts; it has up to 165% elongation at break and excellent fatigue resistance; self-lubricating wear resistance, can print mechanical gears; high temperature resistance, thermal deformation The temperature is 100℃, can be used for temperature-resistant parts; low shrinkage, not easy to warp and crack during printing.

Flexible TPE printing consumables with hardness of 83A are sturdy and durable; Printed models are softer than TPU-95A and eFlex, with delicate and soft hand feeling,also low surface friction.

The transparent flexible tpu filaments with a hardness of 87A are strong and durable.

The characteristics of asa filament are similar to abs filament, but it is more resistant to ultraviolet rays and harsh weather conditions. Besides, asa 3d printer filament has strong toughness, strong rigidity, and high impact resistance.

ABS filament is a material with low cost and good mechanical properties; ABS plastic has good toughness and impact resistance, which can print strong and durable parts.

Upgraded tpu filament has excellent antibacterial and antifungal effect;The antibacterial rate against Escherichia coli and Staphylococcus aureus is as high as 99.9%, and the antifungal grade can reach grade 0, which is antifungal erosion. The antibacterial filament has good flexibility, hardness of 95A, easy to print. eTPU-Antibacteria can quickly produce large, complex and precise elastomer parts prototypes.

GreenTEC Pro is part of our BIO Performance range and was developed for high-performance applications. The material has excellent flexural strength and very little warping, as well as a high-quality surface.

- Excellent stability
- Odor-free, food-safe and FDA approved
- Biodegradable according to DIN EN ISO 14855

Our Vision was to create an organic material that combines the best of two worlds - our biodegradable filament GreenTEC Pro, made from sustainable resources, and the strength of high-performance carbon fibers. Used for various applications in motorsports, aerospace or medical, carbon is in many cases the best solution. It’s lightweight, resistant to high temperatures and creates a much higher stiffness if added to polymer materials.

- High Durability
- Lightweight
- Temperature Resistant up to 165°C (Vicat VST)
- UV Resistant like ASA
- REACH & Rohs
- Hardened steel nozzle and min. nozzle diameter of 0,5mm is recommended

PCTG is a modified copolyester for the highest industrial demands. The material combines high chemical and thermal resistance with mechanical properties such as high impact strength and scratch resistance and excellent optical brilliance. In addition, PCTG possesses flame-retardant properties according to UL94 V2 and HB. It also fulfils numerous certifications (cosmetic, FDA, Reach, Rohs).

- Fire retardant according to UL94 V2
- Excellent impact strength
- High thermal resistance
- FDA compliant

The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping.

- UV and weather resistant
- Matt surface
- High mechanical strength
- Good layer and bed adhesion
- Low Warping

Thanks to its resistance to high temperatures, alcohol and chemicals, Nylon is particularly useful for mechanical and technical applications. It is extremely durable, strong and unbreakable. It is easily machined with tools designed for metal processing and it is also easily painted, which makes it even more versatile and functional.

It is incredibly flexible – it expands by 50% before it breaks. However, it is not resistant to concentrated alkalis and acids.

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application.

The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements.

The EASY PET-G filament is an interesting proposition for those looking for a combination of the ease of 3D printing with functional and aesthetic values. PET enriched with the addition of glycol ensures high resistance to mechanical, chemical and atmospheric factors, and its high amorphy combined with a very good flow allows obtaining prints with greater transparency and better layer bonding.

Printing with the EASY PET-G filament is characterized by the absence of the deficiencies of working with the classic PET-G: stringing, blistering and filament burning. Achieving stunning effects is as easy as with the EASY PLA filament on any 3D printer.

The above properties make EASY PET-G an excellent combination of the strength of the traditional PET-G and the simplicity and predictability of EASY PLA, so appreciated by 3D printer users.

EASY PET-G size 1.75 mm is available in a transparent and non-transparent version in a wide range of colors. The vivid colors and reflections of light give the printed elements an attractive appearance that is perfectly suitable for the production of decorative elements, housings for electronic components and all kinds of containers and ornaments.

PCTG belongs to the same family of polyesters as the increasingly popular PET-G. Compared to its more popular counterpart, PCTG offers increased impact strength, temperature resistance and clarity, making it an excellent alternative to PET-G. This filament does not require a heated chamber, which makes it ideal for use with home printers. It ensures high dimensional stability, while low shrinkage prevents the model from cracking. This makes it an easy-to-print material, even for people without a lot of experience in 3D printing.

PCTG is characterized by a much higher impact strength compared to similar materials (e.g. PET-G). It achieves results in the region of 90 kJ/m2 (PET-G: 5-8 kJ/m2) in the Izod test (notched sample). PCTG also withstands higher temperatures (up to 76°C).

Fiberlogy PCTG is recyclable and approved for contact with food. The material is BPA free.

Thanks to its resistance to UV radiation, high temperatures and humidity, Fiberlogy ASA is the perfect choice for all 3D printing applications that will be exposed to weather conditions. High mechanical and thermal resistance (up to 94°C) and ease of printing make this material a great replacement for ABS, ensuring its popularity in the automotive industry and in the manufacturing of everyday items.

ASA (acrylonitrile-styrene-acrylate), due to its clearly lower shrinkage than ABS, does not require a heated chamber to ensure a successful print. Unlike its predecessor, ASA gives off much less annoying odours. Less shrinkage and good adhesion prevent the model from curling and cracking and ensure high stability of the print dimensions.

The finished model made with Fiberlogy ASA can be smoothed by exposure to acetone. The material is suitable for sanding and painting. It can also be glued with acetone.

IMPACT PLA offers properties that are similar or better than those of ABS filaments while keeping the ease and security of the printing process typical of traditional PLA. This technical filament ensures increased resistance to cracking and breaking due to its high impact strength and a higher resistance to high temperatures. With these properties, IMPACT PLA is ideal for creating demanding prints working in extreme conditions while maintaining the highest level of attention to detail.

IMPACT PLA is a tried and tested filament for printing functional prototypes and large heavy-duty tools.

Material shows excellent strength with excellent impact resistance and reduced warping behaviour.
Recommended for all high strength parts with good heat- and media resistance.
The material can be used as a baseline for comparison of the fiber addition impact or where fibers or conductivity is not wanted in the printed part. The material differs from PA PurePro by increased heat absorption in the melting process and a decreased moisture sensitivity. Printed parts show an excellent smooth surface finish.

- Filament for FFF-printers with major PA 12 content
- unfilled
- high tensile strength; very low water absorption
- low warping effect
- excellent adhesion to various print plates
- very smooth surfaces possible (bone white color)

Material shows nearly similar strength for injection-molded or printed parts by the good layer adhesion with highly reduced warping behaviour.
Recommended for all high strength parts with good heat- and media resistance.
The material can be used as a baseline for comparison of the fiber addition impact or where fibers or conductivity is not wanted in the printed part.

- Filament for FFF-printers with major PA 6 content
- unfilled
- high tensile strength; moderate water absorption
- low warping effect
- excellent adhesion to various print plates
- very smooth surfaces possible (bone white color)

Easy Polycarbonate Copolyester blend (PC CPE) is truly a unique high performance filament. Easy PC CPE features excellent toughness, hydrolytic stability, and heat and chemical resistance!

Easy PC CPE also has enhanced durability in the dishwasher environment, which can expose products to high heat, humidity, and aggressive cleaning agents. It also withstand repeated dishwasher cycles without cracks or hazing.

Easy PC CPE may be used in repeated use food contact articles under United States Food and Drug Administration (FDA) regulations. It is certified to NSF/ANSI Standard 51 for Food Equipment Materials and is also certified to NSF/ANSI Standard 61 – Drinking Water System Components-Health Effects.

Key features:

- Outstanding impact resistance
- Excellent toughness
- Excellent hydrolytic stability
- Good chemical resistance
- Good heat resistance (110°C)
- Food safe
- Dishwasher safe
- Scratch resistance
- Can be printed at lower temperatures compared to traditional PC
- Higher impact resistance compared to traditional PC
- Higher break elongation compared to traditional PC

FilRight Pro PLA+ filament is stronger than FilRight Maker PLA filament and specially developed for professional use. The adhesion to the print bed is excellent (tested at room temperature) and the shrinkage is very low. Because of this - and because of the small diameter tolerance - FilRight Pro PLA+ filament can be printed on almost every brand and model (FDM) 3D printer.

Handtmann Lauramid® 3D C01:

- Lauramid 3D N01 (natural, unfilled)

- Lauramid 3D C01 (black, carbon fiber filled)

The polyamide 12 filament Lauramid 3D was developed on the basis of the high-quality and well-known engineering material Lauramid. The PA12 filaments Lauramid 3D from Handtmann Elteka can be processed with the most available 3D filament printers. Components made of Lauramid 3D impress with their good technical material properties as well as a very high-quality appearance. The precise plastic wires with a diameter of 2.85 ±0.05 mm as well as 1.75 ±0.05 mm, are 100% tested for dimensional accuracy.

Handtmann Lauramid® 3D C01:

- Lauramid 3D N01 (natural, unfilled)

- Lauramid 3D C01 (black, carbon fiber filled)

The polyamide 12 filament Lauramid 3D was developed on the basis of the high-quality and well-known engineering material Lauramid. The PA12 filaments Lauramid 3D from Handtmann Elteka can be processed with the most available 3D filament printers. Components made of Lauramid 3D impress with their good technical material properties as well as a very high-quality appearance. The precise plastic wires with a diameter of 2.85 ±0.05 mm as well as 1.75 ±0.05 mm, are 100% tested for dimensional accuracy.

PETg 0800 ESD filaments are easy processing and electrostatic dissipative (ESD) with a good balance of properties in XY and XYZ directions. This filament provides excellent toughness and durability.

- ESD properties - ESD of 10E5-10E9
- Good stiffness and strength
- Excellent chemical resistance

TPE SEBS 95A is a soft material great for prototyping where rubber-like or elastomeric properties and durability are required. TPE SEBS 1300 95A is slightly firmer than TPE SEBS 1300 85A for application requirements that call for flexibility but also need more rigidity to achieve the optimal finished part performance.

- Shore 95A elastomer
- High flexibility, bend and stretch
- Non-hygroscopic, does not absorb moisture
- Durable with repetitive motions
- Less visible layer lines
- Less warp

Jabil’s PA 0600 filament is a polyamide/polyketone alloy with high stiffness, good wear resistance, low friction and self-lubricating characteristics. The high stiffness and self-lubricating qualities make post-print machining, such as fly cuts, thread taps and heat stakes, simple and effective.

Compared to other tribologically similar polymers such as POM and PVDF, which are commonly used for similar applications, Jabil PA 0600 releases no odors or toxic fumes during processing, exhibits low warp and has similar dynamic and static coefficient of friction.

- PA 0600 Additive Filament
- Excellent machinability
- High strength and stiffness
- Good wear and abrasion resistance
- Low coefficient of friction
- Excellent chemical resistance
- Low warp
- Good dimensional stability
- Non-marring

PC 1500 FR is a flame-retardant, easy printing polycarbonate manufactured with FR UL V-0 material. The material is perfect for parts that require strength, stiffness and impact resistance along with flame retardancy.

- Made from UL V-0 yellow-card-certified raw materials
- Stiff with excellent impact strength and ductility
- Very good flame retardancy and self-extinguishing properties
- High impact resistance

Testing performed in a qualified lab demonstrates V-0 burn properties on a printed part down to 2mm thickness when printed with the correct design and print parameters

PA 4500 Filament is a low warp, neat Nylon copolymer that has good lay flat/low warp properties, excellent appearance, strength in both XY and XZ directions, toughness, and can be used at lower processing temps (260-280° C).

Along with better printability, PA 4500 Filament also delivers better appearance, 100% elongation at break and better overall strength compared to other commercial PA’s and products like PETg and PLA.

- Greater Z strength
- 100% elongation at break

Polyethylene Terephthalate Glycol Modified (PETG) filament provides the resilience of Acrylonitrile Butadiene Styrene (ABS) with some features of Polylactic Acid (PLA) material allowing for a better print from your 3D printer.

Features & Benefits:

- Excellent layer adhesion
- Warp resistance
- Reduced shrinkage
- Higher density
- Chemical resistance to both acidic and alkali compounds
- Flexible printing on glass, acrylic, glass, blue tape and polyimide tape
- Odorless during printing

Acrylonitrile Butadiene Styrene (ABS) filament is one of the most common 3D printing materials used in the 3D printing industry. Recommended for high strength applications. Keene Village Plastics’ ABS (Acrylonitrile Butadiene Styrene) allows you to deliver quality and quantity for every project. As your ABS 3D printer filament supplier, you can be sure of competitive pricing and, most of all, successful prints on high-strength applications.

Features & Benefits:

- Resilient
- Heat resistance
- Durable
- Mild flexible
- Can be sanded or smoothed with additional process

- Outstanding toughness
- UV Stability
- Good weather resistance
- High transparency features

K6™ PETG stands for heat resistant PETG, the softening temperature can reach 100℃.

Kexcelled K5™ PLA is the most economical and universal 3D printing material. It fits very well with all kinds of FDM 3D printers, and is especially suited for larger size models without worrying about warping issues. The optimal PLA K5 has better mechanical performance through improved impact strength and high fluidity which enables you to print in wider temperature and speed ranges.

Applications is ideal material for printing with larger size models at an affordable cost.

- Wide range of applications
- Improved impact strength and mobility
- Environmentally friendly

Kexcelled K5™ PLA P is the most economical and universal 3D printing material. It fits very well with all kinds of FDM 3D printers, and is especially suited for larger size models without worrying about warping issues. The optimal K5™ PLA P has better mechanical performance through improved impact strength and high fluidity which enables you to print in wider temperature and speed ranges.

Applications is ideal material for printing with larger size models at an affordable cost.

- Wide range of applications
- Improved impact strength and mobility
- Environmentally friendly

Basic line is the most affordable but guaranteed quality filaments. It is also most popular and wide applicable range 3d printing materials. As our excellent process-control and large-scale manufacturing you are able to benefit by this most easy use but Printing temperature: 190℃-230℃.

- Outstanding impact resistance with much less warping and cracking
- Great process stability and easiest to print
- Good flowing behavior and physical features
- Lower printing temperature and amplitude; low shrinkage