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Material selection.

The right resin balances strength, cost, appearance, and environment. Here's a quick comparison of common materials — and we'll help you choose.

Compare

Common materials.

A high-level starting point. Grades and fillers shift these properties — we'll narrow it down for your part.

MaterialStrengthsWatch-outsTypical use
Polypropylene (PP)Chemical resistance, living hinges, low costLower stiffness, UVClosures, housings
Polyethylene (PE)Tough, chemical-resistant, rotomolds wellLow stiffnessTanks, containers
ABSRigid, good cosmetics, easy to finishLower chemical resistanceEnclosures, consumer parts
Polycarbonate (PC)High impact, clarity, heat resistanceCost, notch-sensitiveGuards, lenses, housings
Nylon (PA)Strength, wear, temperatureAbsorbs moistureGears, mechanical parts
Acetal (POM)Stiff, low-friction, dimensionally stableBonding, flammabilityGears, bearings, fittings
Acrylic (PMMA)Clarity, weatherability, polishes wellBrittle, scratchesDisplays, lenses, signage
PVCRigid or flexible, chemical/flame resistanceTemperature, processingProfiles, trim, channels
Choosing

How we help you decide.

  • Match resin to use. Performance, environment, and cosmetics first.
  • Balance cost. The right material, not just the priciest one.
  • Consider the process. Some resins suit molding, others rotomold or extrude better.
  • Plan for finishing. Printing, bonding, and assembly affect material choice.
Made in the USA. Every part is produced through our U.S. manufacturing partner network and held to our ISO-certified quality systems — domestic accountability from first quote to final shipment.

Need help picking a material?

Tell us how the part is used and we'll recommend the resin — and the process — that fit.