3D Printing Pellets — Large-Format Pellet 3D Printing | HIGH-STRAN®

// Why Pellets

Pellets, not filament

For large parts, filament is both slow and expensive. Pellet-extruder systems use raw material directly, in the same form as an injection molding machine.

Cost

Pellets skip the extra processing step of turning the same polymer into filament. In systems printing parts by the square meter, this difference goes straight into the project budget.

Speed

Pellet extruders run at much higher throughput than filament-fed systems. For a large mold or architectural panel, this is the main factor that sets lead time.

Fiber reinforcement

Carbon and glass fiber reinforcement reduces warping and increases dimensional stability and stiffness — the two properties that matter most in large parts.

One raw material

The same pellets you print with can be injection molded. Move from prototype to series production without changing material.

// HIGH-STRAN® Material Family

Our 3D printing pellets

One brand, five matrices: from low-density PP to high-temperature PPS. Matrix, reinforcement (glass / carbon fiber) and additives are set by the application; pellet size and flow characteristics can be tuned to your extruder.

PP · GF / CF

HIGH-STRAN® PP

Polypropylene / CPP matrix · glass or carbon fiber reinforced

The lightest and most economical matrix for large-format printing. Low density, chemical resistance and easy processing; fiber reinforcement reduces warping and increases stiffness.

PNA-CG20 · 20% carbon fiberH GF/20 LUA3 · 20% glass fiberPellets

Where it is used

Molds, jigs and fixtures
Architectural and furniture parts
Transport and storage elements
Automotive parts

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PETG · GF / CF

HIGH-STRAN® PETG

PETG matrix · unfilled or glass / carbon fiber reinforced

Easy printing, strong layer adhesion and a clean surface. A balanced choice for visible parts and architectural and decorative large-format applications.

Pellets and filamentGF / CF options

Where it is used

Architectural and interior elements
Furniture
Exhibition and display parts
Functional prototypes

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PETG-PC · GF / CF

HIGH-STRAN® PETG-PC

PETG / polycarbonate alloy · fiber reinforced options

An alloy that adds the toughness and heat resistance of polycarbonate to the printability of PETG. For large parts exposed to more impact and heat.

Alloy matrixGF / CF optionsPellets and filament

Where it is used

Machine guards
Energy equipment parts
Functional end-use parts
Impact-exposed fixtures

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PA6 · GF / CF

HIGH-STRAN® PA6

Polyamide 6 matrix · glass or carbon fiber reinforced

For structural prints that need strength, toughness and wear resistance together. Fiber reinforcement markedly increases dimensional stability.

PA6-LGF35 · 35% glass fiberGF / CF optionsPellets

Where it is used

Composite molds
Structural functional parts
Automotive
Defense

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PPS · GF / CF

HIGH-STRAN® PPS

PPS (polyphenylene sulfide) matrix · glass or carbon fiber reinforced

The high-temperature end of the portfolio. PPS is inherently flame retardant and chemically resistant; for parts working in hot and aggressive environments.

High temperatureChemical resistanceGF / CF options

Where it is used

Chemical process equipment
High-temperature molds and fixtures
Electrical / electronic enclosures
Automotive engine area

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Technical values depend on the matrix, fiber ratio and process conditions; we share them in a project-specific technical data sheet (TDS). 3D grades with a published TDS: HIGH-STRAN® PNA-CG20 (PP, 20% carbon fiber), HIGH-STRAN® H GF/20 LUA3 (CPP, 20% glass fiber) and HIGH-STRAN® PA6-LGF35 (PA6, 35% glass fiber).

// From the Field

Parts printed with our pellets

From molds to jigs, from architectural elements to functional end-use parts — the areas where large-format printing really produces today.

**Layer surface**Layer lines on a copper-toned print — the distinctive surface texture of large-format printing.

**Robotic production**A robot arm with a pellet extruder prints a large part in one go.

**Large-format part**A shell form printed as a single piece — geometry produced without mold investment.

**Nozzle and part**Close-up of the extruder nozzle and the printed part.

**Surface detail**Layer transitions and curved surface quality on a light-colored print.

**Post-print**A finished print before post-processing.

// Our Partner

Large-format production with Avenco Termoplastik

Avenco Termoplastik — robotic printing and finished large-format parts

Our partner Avenco Termoplastik carries out industrial large-format 3D printing applications using the pellet-based materials we formulate. We run projects together for molds, architectural parts, jigs and end-use printing — single-point support from material selection to print parameters, post-processing and commissioning.

avenco.com.tr Start a joint project

// Other Product Groups

The full portfolio

Long Carbon Fiber (LCF)14 grades · PEEK, PPA, PPS, PA66, PA12, PA6, TPU, CPP Long Glass Fiber (LGF)17 grades · PA66, PA6, PPA, PPS, HPP, CPP, TPU Engineering PlasticsHIGH-NYL® polyamides · HIGH-TRON® PEEK · custom compounds

Let’s choose the right pellets for your printing system

Share your extruder diameter, nozzle size and the part you want to print; we will recommend suitable pellets and send a trial sample.

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