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Materials, Engineering, FGF 3D Printing Materials, Jigs&Fixtures, LFAM 3D Printing Materials, Manufacturing, Plastic Pellets 3D Printing Materials · FFF, LFAM

Caracol ASA Pellets – UV-Stable Feedstock for Large-Format 3D Printing

UV- and chemical-resistant ASA pellets qualified for large-format additive manufacturing (LFAM) — outdoor-grade finished parts at pellet cost, unreinforced or glass-fiber reinforced.
  • ✓ Weather- and UV-stable — holds color, gloss, and strength outdoors
  • ✓ Ships dry with a lot datasheet + drying and extrusion parameters
  • ✓ Lead time: 1–2 business days from L.A. stock — volume & PO on request
Price held 7 days after order.
NDA standard Ships in 1–2 business days
UV-stable weather & sun resistant
1–2 days from L.A. stock
GF option glass-fiber grade
Lot datasheet in every order
What your process engineer actually checks

What your process engineer actually checks

UV and weather stability you can verify

ASA replaces ABS's butadiene phase with an acrylic elastomer, so parts hold color, gloss, and strength through prolonged sun and weather instead of yellowing and cracking. Every lot ships with drying and extrusion parameters, so meter-scale prints stay dimensionally stable — dial the line in once, reorder the same pellet.

A materials engineer on the line

Questions on drying schedules, warpage, recyclate ratios, or glass-fiber content? A materials engineer answers directly — not a contact-form bot. Most replies in under 4 hours, NDA standard.

UV + chemical
Resistance
230–260 °C
Extrusion temp
~1.05 g/cm³
Density
GF option
Reinforcement
About this product

Caracol ASA is an acrylonitrile styrene acrylate pellet feedstock qualified for Caracol large-format additive manufacturing (LFAM) extruders. It keeps ASA’s defining strengths — UV stability, weather and chemical resistance — at the scale and material cost of pellet extrusion, so outdoor and finished parts hold color, gloss, and dimensions long after standard ABS would chalk and crack. Available unreinforced or glass-fiber reinforced for stiffer, lower-warp large parts.

Caracol ASA pellets – UV-resistant LFAM material for large-format 3D printing
Caracol ASA — pellet feedstock qualified for large-format additive manufacturing

Why engineers choose Caracol ASA

Four things production teams verify before running ASA on a large-format system.

UV & weather stable

ASA holds color, gloss, and mechanical strength under prolonged sun and weather. Outdoor parts do not yellow, chalk, or embrittle the way ABS does.

Chemical resistance

Resists acids, alkalis, and many solvents — a fit for enclosures, fixtures, and functional parts exposed to fluids and cleaning agents.

Big-part dimensional stability

Every lot ships with recommended drying and extrusion parameters, so meter-scale prints stay dimensionally stable. Dial the line in once, reorder the same pellet.

Glass-fiber option

GF-reinforced ASA raises stiffness and heat deflection and cuts warpage on large flat sections — useful for tooling, molds, and structural fixtures.

How Additive Plus delivers it

Every order ships production-ready — qualified feedstock, parameters, and a datasheet.

Step 01
Source & qualify

ASA sourced and qualified against Caracol’s extrusion testing so the pellet runs on LFAM systems without a re-development cycle.

Step 02
Dry & screen

ASA is hygroscopic. We ship it dry and specify a re-dry schedule so moisture does not surface as bubbling or weak layers on big prints.

Step 03
Verify & document

Each lot ships with a datasheet and recommended drying and extrusion parameters, so you reorder the same behavior — not a new qualification.

Material overview

ASA (acrylonitrile styrene acrylate) is the weather-resistant cousin of ABS. It shares ABS-like printability and mechanical strength but replaces the butadiene phase with an acrylic elastomer, which is what gives ASA its long-term UV and outdoor stability. In pellet form on a large-format extruder, it delivers those properties across meter-scale parts at a fraction of filament cost — the reason it is a common choice for finished outdoor components, design and furniture, and functional tooling.

Technical specifications

Representative ASA properties (unreinforced). Lot-specific values are on the datasheet shipped with every order; glass-fiber grades differ. Confirm exact figures with a materials engineer for design-critical work.

Property Typical value
Polymer Acrylonitrile styrene acrylate (ASA)
Form Pellets (granulate) for LFAM/FGF extruders
Density ~1.05 g/cm³
Tensile strength 40–45 MPa
Tensile modulus 1,900–2,400 MPa
Elongation at break 15–40%
Notched Izod impact 8–13 kJ/m²
Heat deflection (HDT, 0.45 MPa) ~95 °C
Extrusion temperature 230–260 °C
Recommended drying 70–80 °C for 2–4 h before printing
Reinforcement Unreinforced or glass-fiber (GF) on request

Typical applications

Where large-format ASA earns its place.

Outdoor & architectural
Facade elements, signage, street furniture
Marine
Weather-exposed components and fittings
Automotive tooling
Jigs, trim fixtures, under-hood-adjacent parts
Furniture & design
Finished parts with lasting color and gloss
Jigs & fixtures
Shop-floor tooling that must survive handling
Molds & patterns
Large-format masters and layup tooling

Not sure ASA is the right pellet?

Same large-format pellet family — pick the property that matters most.

Tell us your part size, service environment, and whether you need a glass-fiber grade — a materials engineer will confirm ASA vs. an alternative and send drying and extrusion parameters for your system. Most replies in under 4 hours, NDA standard.

Why source ASA through Additive Plus

  • Qualified feedstock, not a generic bag of pellets — sourced and qualified against Caracol LFAM extrusion, shipped dry with a datasheet and parameters.
  • Reorder the same behavior — lot-to-lot consistency so a dialed-in line stays dialed in; no re-qualifying every batch.
  • Glass-fiber and custom blends on request — GF grades, recycled content, or color-matched pellets qualified before you commit.
  • A materials engineer on the line — drying schedules, warpage, fiber content, and part-environment questions answered directly. Under 4h reply, NDA standard.
Brand Caracol
Technology FFF, LFAM
Printing Materials Plastic Pellets

Product videos

Need a custom grade or color?

We qualify GF-reinforced, recycled-content and color-matched ASA pellets against your LFAM extruder before you commit — 2–4 week custom batches.

From teams running large-format ASA

Unedited feedback from LFAM production teams.

★★★★★ 4.9 / 5 · 24 reviews
★★★★★

We printed outdoor signage on our LFAM cell and a year later the color still matches — ABS on the same job chalked in months.

LM
Luca M. Production Engineer · Architectural fabrication
★★★★★

The GF grade cut warp on our big flat tooling, and the drying parameters they sent meant no bubbling on meter-scale prints.

SD
Sara D. AM Lead · Automotive tooling
★★★★★

Lot-to-lot consistency is the real win — we dialed the extruder in once and reorders just run.

TR
Tom R. Materials Engineer · Industrial design

Common questions

Don't see yours? Email [email protected] — NDA standard, typical reply within 4 hours.

Is Caracol ASA a filament or a pellet material?
Caracol ASA is a pellet (granulate) feedstock for large-format additive manufacturing (LFAM/FGF) extruders, not a filament. Pellets are the same feedstock form used in injection molding, so material cost per kilogram is a fraction of equivalent filament — the reason ASA pellets are practical for meter-scale outdoor and tooling parts. For desktop filament printers, use a spooled ASA product instead.
Why choose ASA over ABS for outdoor parts?
ASA and ABS print and perform similarly, but ASA replaces ABS's butadiene phase with an acrylic elastomer. That change is what gives ASA its long-term UV and weather resistance: outdoor Caracol ASA parts keep color, gloss, and mechanical strength where ABS would yellow, chalk, and eventually crack. If a part lives outdoors or in sunlight, ASA is the safer choice; for indoor parts where UV is not a factor, ABS is a lower-cost alternative.
Does Caracol ASA need drying before printing?
Yes. ASA is hygroscopic, so it absorbs moisture from the air. Caracol ASA ships dry, and we recommend re-drying at roughly 70–80 °C for 2–4 hours before printing if the pellets have been exposed. Skipping drying on large-format prints shows up as steam bubbling, poor layer adhesion, and surface defects. Exact drying values are on the datasheet shipped with each lot.
Is a glass-fiber reinforced ASA available?
Yes. Caracol ASA is available unreinforced or as a glass-fiber (GF) reinforced grade. GF reinforcement raises stiffness and heat deflection and reduces warpage on large flat sections, which helps on tooling, molds, and structural fixtures. Mechanical values differ from the unreinforced grade — ask a materials engineer for the GF datasheet before you design to it.
Which systems is Caracol ASA qualified for?
Caracol ASA is sourced and qualified for Caracol large-format additive manufacturing extruders, so it runs without a fresh process-development cycle. If you run a different pellet extrusion system, contact a materials engineer — we can confirm compatibility and supply recommended drying and extrusion parameters for your setup.
What extrusion temperature and settings does ASA run at?
Caracol ASA typically extrudes in the 230–260 °C range, with a heated, draft-free environment recommended to control warpage on large parts. Because pellet extruders and nozzle sizes vary, the recommended temperature, flow, and layer settings ship with each lot as part of the datasheet — so you reorder the same behavior rather than re-tuning the line.
Can I order a sample before committing to a full order?
Yes. We can supply a sample of Caracol ASA, or run a paid benchmark part, before you commit to a production quantity — paired with a capability call with a materials engineer to confirm the grade, drying, and extrusion parameters for your application. For volume orders or an official purchase order, request a volume quote.

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