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Materials guide

Every material we stock,
priced in the open.

Twenty-three materials, by type. Two rates. No mystery markup. The right call for marine, structural, flexible, or decorative work — confirmed in your quote before you spend a dollar.

We stock more than twenty 3D printing materials, grouped by type, from flexible TPU to carbon-fibre-reinforced ASA, each priced per gram at two transparent rates. Pick by environment — sun, salt, flex, or load — and we confirm the exact material and cost in your quote.

In-house · New Brunswick

Every spool on this rack is in the shop right now.

PLA through ASA-CF — printed on our own hardware, to our own quality standard. High-temp materials (PEEK, PEI, PPS) are coordinated through a vetted partner and quoted transparently.

Get a quote
A fresh 3D3D filament order — spools of PLA, PETG, ASA and carbon-fibre materials in the shop
Open pricing

What does each material cost per gram?

Customer pricing applies to any single order. Maker pricing unlocks at 20+ identical units. Both rates include material — machine time and shipping are itemised separately on every quote. Prices in CAD.

MaterialCustomer /gMaker /gBest for
PLA$0.09 /g$0.06 /gPrototypes, fit checks, display models, artwork
PLA+$0.12 /g$0.08 /gFunctional enclosures, snap-fits, consumer housings
PLA Specialty$0.14 /g$0.09 /gDecorative and display prints where the finish is the point
PETG$0.11 /g$0.07 /gOutdoor functional parts, general brackets, containers
TPU 95A$0.18 /g$0.12 /gGaskets, vibration dampeners, grips, bumpers
TPU 87A$0.20 /g$0.13 /gHatch seals, dock fenders, line stoppers, wearables
ABS$0.13 /g$0.08 /gHeat-facing enclosures, automotive, post-processed display
ASA$0.13 /g$0.08 /gMarine and outdoor parts, signage, sun-and-salt exposure
PC$0.32 /g$0.22 /gHigh-load structural brackets, transparent panels
Nylon PA12$0.34 /g$0.24 /gGears, bushings, snap-fit hinges, wear parts
PLA-CF$0.30 /g$0.21 /gLightweight stiff brackets, jigs and fixtures
PETG-CF$0.35 /g$0.25 /gStructural marine parts, drone frames, load brackets
ASA-GF$0.28 /g$0.19 /gStructural outdoor parts — stiffness + weathering
ASA-CF$0.38 /g$0.27 /gMarine structural, load-bearing outdoor, performance
PC-CF$0.42 /g$0.30 /gHigh-heat structural brackets, tooling, fixtures
PA-CF$0.46 /g$0.33 /gLoad-bearing gears, arms, mounts, end-use parts
PA-GF$0.40 /g$0.28 /gStructural nylon parts where CF cost isn't warranted
PEEKQuoteQuoteExtreme-environment end-use parts
PEI / ULTEMQuoteQuoteAerospace, rail, and high-heat electrical parts
PPSQuoteQuoteChemical, automotive, and under-hood parts
PVA$0.30 /g$0.22 /gSoluble supports on intricate multi-material prints
HIPS$0.14 /g$0.09 /gDissolvable/break-away supports for ABS parts
BVOH$0.34 /g$0.24 /gPremium soluble supports for engineering prints

Maker rate: 20+ identical units per order. Machine time and shipping quoted separately. More materials available on request — if you don't see yours, email us.

How to choose

Pick by what the part has to survive.

A filament is just plastic on a spool — but each type trades off strength, heat, UV, and flex differently. Answer four questions — will it bear load, get hot, live in the sun, or need to bend — and this chart points you at the right family. We confirm the exact grade in your quote.

MaterialStrengthHeatUV / outdoorFlexFood-safe
PLA Med Low Low Low Yes*
PLA+ High Low Low Low No
PETG High Med Med Low Yes*
TPU Med Med Med High No
ABS High High Low Low No
ASA High High High Low No
PC High High Med Low No
Nylon High High Med Med No
ASA-CF High High High Low No
PA-CF High High Med Low No

* Food-safe in principle for the raw material; FDM layer lines can harbour bacteria — use a food-safe sealant for repeated contact. Ratings are a starting point, not a spec sheet.

Material properties

Which filament handles my project?

Each material has a specific operating envelope — temp range, stiffness, UV stability, flexibility. Here is the full detail for every material we stock.

Standard — everyday & display

$0.09/g customer $0.06/g maker · 20+

Polylactic Acid

PLA · 180 – 220 °C · 1.24 g/cm³

  • Excellent dimensional accuracy
  • Low warp on open printers
  • Biodegradable, low odour

Best for: Prototypes, fit checks, display models, artwork

Softens around 60 °C — not for heat-facing parts.

$0.12/g customer $0.08/g maker · 20+

PLA Plus (enhanced)

PLA+ · 200 – 230 °C · 1.24 g/cm³

  • Stronger impact resistance than standard PLA
  • Better layer adhesion
  • Still easy to sand and paint

Best for: Functional enclosures, snap-fits, consumer housings

A drop-in upgrade from PLA for parts that get daily handling.

$0.14/g customer $0.09/g maker · 20+

Silk · Matte · Wood · Glow

PLA Specialty · 195 – 225 °C · 1.22 g/cm³

  • Silk sheen, matte finish, wood-fill, or glow-in-dark
  • Purely visual — same handling as PLA
  • Great for gifts and display pieces

Best for: Decorative and display prints where the finish is the point

Function is identical to PLA — pick these for looks.

PETG — tough & weatherable

$0.11/g customer $0.07/g maker · 20+

Polyethylene Terephthalate Glycol

PETG · 230 – 250 °C · 1.27 g/cm³

  • ~80 °C continuous heat resistance
  • Low shrinkage, minimal warp
  • Good chemical resistance

Best for: Outdoor functional parts, general brackets, containers

Food-safe grades available — confirm in the quote.

Flexible — TPU

$0.18/g customer $0.12/g maker · 20+

Thermoplastic Polyurethane · Shore 95A

TPU 95A · 220 – 240 °C · 1.21 g/cm³

  • Firm flex — compresses and springs back
  • Excellent abrasion resistance
  • Good oil and UV resistance

Best for: Gaskets, vibration dampeners, grips, bumpers

95A is firm enough to hold shape under most loads.

$0.20/g customer $0.13/g maker · 20+

Thermoplastic Polyurethane · Shore 87A

TPU 87A · 220 – 235 °C · 1.20 g/cm³

  • Softer and more conforming than 95A
  • Excellent tear resistance
  • Seals complex geometry reliably

Best for: Hatch seals, dock fenders, line stoppers, wearables

Choose 87A when the part must squeeze into a gap or hug a curve.

Styrenics — heat & UV

$0.13/g customer $0.08/g maker · 20+

Acrylonitrile Butadiene Styrene

ABS · 230 – 250 °C · 1.05 g/cm³

  • ~100 °C continuous heat resistance
  • Acetone-vapour smoothable
  • Widely used and easy to match

Best for: Heat-facing enclosures, automotive, post-processed display

Printed in an enclosure to prevent delamination.

$0.13/g customer $0.08/g maker · 20+

Acrylonitrile Styrene Acrylate

ASA · 240 – 260 °C · 1.05 g/cm³

  • UV-stable — holds colour outdoors for years
  • ~100 °C heat resistance
  • Salt-spray and moisture resistant

Best for: Marine and outdoor parts, signage, sun-and-salt exposure

The default for anything going outside on a boat or dock.

Engineering — high load & heat

$0.32/g customer $0.22/g maker · 20+

Polycarbonate

PC · 260 – 300 °C · 1.20 g/cm³

  • Exceptional impact strength — nearly unbreakable
  • Sustained 120 °C heat resistance
  • Optically clear grades available

Best for: High-load structural brackets, transparent panels

Needs a hardened nozzle and enclosure — we have both.

$0.34/g customer $0.24/g maker · 20+

Polyamide 12

Nylon PA12 · 260 – 290 °C · 1.01 g/cm³

  • Tough, fatigue-resistant, self-lubricating
  • Excellent chemical and wear resistance
  • Ideal for living hinges and gears

Best for: Gears, bushings, snap-fit hinges, wear parts

Dried before printing — nylon is hygroscopic.

Composites — stiff & light (CF / GF)

$0.30/g customer $0.21/g maker · 20+

PLA Carbon Fibre

PLA-CF · 200 – 230 °C · 1.30 g/cm³

  • Much stiffer than plain PLA, no weight penalty
  • Excellent matte CF surface finish
  • Easy to sand and drill

Best for: Lightweight stiff brackets, jigs and fixtures

Best CF choice when heat resistance isn't critical.

$0.35/g customer $0.25/g maker · 20+

PETG Carbon Fibre

PETG-CF · 235 – 255 °C · 1.30 g/cm³

  • ~40 % stiffer than plain PETG
  • High stiffness-to-mass ratio
  • Good chemical and moisture resistance

Best for: Structural marine parts, drone frames, load brackets

Stiff outdoor parts without UV-degradation worries.

$0.28/g customer $0.19/g maker · 20+

ASA Glass Fibre

ASA-GF · 245 – 265 °C · 1.35 g/cm³

  • 25–35 % stiffer than plain ASA
  • UV-stable, holds colour outdoors
  • Better dimensional stability under load

Best for: Structural outdoor parts — stiffness + weathering

GF adds stiffness cheaper than CF, full ASA UV resistance.

$0.38/g customer $0.27/g maker · 20+

ASA Carbon Fibre

ASA-CF · 245 – 265 °C · 1.35 g/cm³

  • CF stiffness + ASA UV stability
  • Lightweight, strong, weather-proof
  • Hardened nozzle required (we have it)

Best for: Marine structural, load-bearing outdoor, performance

Our preferred marine structural material — checks every box.

$0.42/g customer $0.30/g maker · 20+

Polycarbonate Carbon Fibre

PC-CF · 270 – 300 °C · 1.22 g/cm³

  • Very high stiffness and heat resistance
  • Dimensionally stable under sustained load
  • Aerospace-grade toughness

Best for: High-heat structural brackets, tooling, fixtures

For parts that must be stiff AND hot-running.

$0.46/g customer $0.33/g maker · 20+

Nylon Carbon Fibre

PA-CF · 270 – 300 °C · 1.15 g/cm³

  • Best strength-to-weight of anything we print in-house
  • Fatigue and wear resistant
  • Stiff yet impact-tough

Best for: Load-bearing gears, arms, mounts, end-use parts

Dried and printed hot — the top in-house engineering grade.

$0.40/g customer $0.28/g maker · 20+

Nylon Glass Fibre

PA-GF · 265 – 295 °C · 1.20 g/cm³

  • Stiff and tough with good heat resistance
  • Less abrasive to hardware than PA-CF
  • Great fatigue life

Best for: Structural nylon parts where CF cost isn't warranted

GF nylon is the value pick for tough, stiff, hot parts.

High-temp — coordinated with a partner

Quote customer Quote maker · 20+

Polyether Ether Ketone

PEEK · 360 – 400 °C · 1.30 g/cm³

  • Extreme heat, chemical, and wear resistance
  • Continuous service to ~250 °C
  • Aerospace / medical grade

Best for: Extreme-environment end-use parts

Requires a specialist enclosed chamber — coordinated, quoted per job.

Quote customer Quote maker · 20+

Polyetherimide

PEI / ULTEM · 340 – 390 °C · 1.27 g/cm³

  • Flame-retardant, high strength at temperature
  • Continuous service to ~200 °C
  • Aerospace-certified grades

Best for: Aerospace, rail, and high-heat electrical parts

Specialist partner material — email us the requirement first.

Quote customer Quote maker · 20+

Polyphenylene Sulfide

PPS · 320 – 360 °C · 1.35 g/cm³

  • Outstanding chemical and heat resistance
  • Dimensionally stable, low creep
  • Inherently flame-retardant

Best for: Chemical, automotive, and under-hood parts

Coordinated through a vetted partner and passed through at cost.

Supports — soluble & break-away

$0.30/g customer $0.22/g maker · 20+

Polyvinyl Alcohol

PVA · 190 – 210 °C · 1.23 g/cm³

  • Dissolves cleanly in plain water
  • Perfect supports for complex overhangs
  • Leaves no scarring on the model

Best for: Soluble supports on intricate multi-material prints

Runs on the dual-extrusion printer alongside PLA/PETG.

$0.14/g customer $0.09/g maker · 20+

High-Impact Polystyrene

HIPS · 230 – 245 °C · 1.04 g/cm³

  • Limonene-soluble break-away support
  • Pairs with ABS for clean interfaces
  • Also usable as a light model material

Best for: Dissolvable/break-away supports for ABS parts

The classic ABS support partner.

$0.34/g customer $0.24/g maker · 20+

Butenediol Vinyl Alcohol

BVOH · 200 – 215 °C · 1.14 g/cm³

  • Faster, cleaner water-dissolving than PVA
  • Bonds well to more base materials
  • Very reliable support release

Best for: Premium soluble supports for engineering prints

Chosen over PVA when support adhesion or speed matters.

In-house capability

One shop. Every material.

Engineering grades, carbon-fibre and glass-filled composites, flexible TPU, and multi-colour work — all printed in-house up to 320 °C, with single-piece parts up to 420 mm. Production runs and one-offs on the same floor, matched to your job automatically.

Get a quote
Above 320 °C

What about high-temp engineering materials?

Materials that require sustained nozzle temperatures above 320 °C need specialist hardware we do not own in-house. We coordinate those jobs through a vetted partner.

What needs a partner

Specialist materials

  • PEEK — ≈ 380 °C nozzle, enclosed heated chamber
  • PEI / ULTEM — ≈ 360 °C, aerospace-grade stiffness
  • PPS / PPSU — ≈ 360 °C, chemical and flame resistance

These jobs require a written quote and partner scheduling. Lead time varies. Email us first — we will tell you whether the job actually needs a high-temp material, or whether ASA-CF or PC can do the same thing at a fraction of the cost and turnaround.

How it works

  1. 01You email the requirement — material, geometry, quantity.
  2. 02We review and confirm whether it genuinely needs high-temp, or whether a lower-temp alternative works.
  3. 03If high-temp is required, we coordinate with the partner and send you a full quote at cost — no markup.
  4. 04You approve, we coordinate production, you receive the parts.
Email the requirement

Ready to print

The right material.
The right price.
Quoted before you commit.

Send dimensions, a photo, or a file. We confirm the material, calculate the weight, and quote the total before you approve anything. Ships from New Brunswick — anywhere in Canada and worldwide.

Straight answers

Questions about materials and pricing.

What is the difference between customer and maker pricing?
Customer pricing applies to one-off and small orders. Maker pricing applies to orders of 20 or more identical units in the same material. We confirm which tier applies in the quote — you see it before you approve anything.
Do you carry PLA-CF, ASA-CF, and ASA-GF?
Yes. PLA-CF, ASA-CF, and ASA-GF are all in stock and in-house. ASA-CF is our preferred choice for marine structural work — stiff, UV-stable, and lightweight. Mention the material in your quote request and we will confirm.
Which TPU hardness should I choose?
For most seals, bumpers, and grip surfaces, Shore 95A is the right call — firm enough to hold shape, flexible enough to absorb impact. For parts that need to conform tightly to a curved surface or seal under low compression (hatch seals, dock fenders), Shore 87A gives a softer, more pliable result. Describe the application and we will recommend the correct grade.
What about Polycarbonate (PC)?
We print PC in-house. It requires a hardened-steel nozzle and an enclosure, and we have both. PC is the right choice for parts that need to take a hard impact or sustain temperatures above 100 °C. A small setup note will appear on your quote — there is no extra mystery charge beyond the per-gram rate.
What does 'farmed out' mean for high-temp materials?
Materials that require sustained print temperatures above 320 °C — PEEK, PEI/ULTEM, PPS/PPSU — need a specialist enclosed chamber and dedicated nozzle alloy. We coordinate with a vetted partner and pass the cost through at cost, no markup. These are quoted per job. Email us first — we will tell you honestly whether the job actually needs one of those materials or whether ASA-CF or PC can do the same thing at a fraction of the cost.
Can I specify a filament brand or colour?
Yes. Mention brand or colour in your quote request and we will confirm availability or suggest a close match. Specialty filaments not in current stock may add a lead day or two.
How do I know how many grams my part weighs?
Send a photo and dimensions. We calculate weight from the slicer and include it on your quote — you see the gram count, the material, and the total before you approve anything. There is no guesswork.
Can you handle production runs and oversized parts?
Yes. In-house capacity covers the full material list — engineering grades, carbon-fibre and glass-filled composites, flexible TPU, and multi-colour work — up to 320 °C, with single-piece prints up to 420 mm and high-speed production runs. The right setup is matched to your job automatically; if speed or size is critical, note it in the request and we will confirm.