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Engineering Plastic Material Categories

Engineering Plastics Material Database

Compare mechanical, thermal, and chemical properties across 50+ engineering plastics — ABS, Nylon, Polycarbonate, PEEK, Acetal, and more. Find the right plastic material for CNC machining, injection molding, or 3D printing.

50+
Materials Covered
10
Material Families
6
Các đặc tính chính
3+
Các quy trình sản xuất

Why This Material Database Matters

Choosing the right engineering plastic directly affects part performance, manufacturing cost, and lead time. A material that works perfectly for injection molding may fail in CNC machining due to stress cracking or heat buildup. This database provides reference comparison data for early screening. Confirm the current grade TDS, test method and conditioning before specification.

Each material entry includes tensile strength, flexural modulus, heat deflection temperature, impact resistance, and density — the five properties most engineers check first. Use the search and filter tools below to narrow down candidates for your specific application.

Search & Compare Materials

TS = Tensile Strength (MPa) FM = Flexural Modulus (GPa) HDT = Heat Deflection Temp (°C) IS = Impact Strength (J/m) D = Density (g/cm³)

Quick Comparison: Most Requested Materials

Head-to-head property comparison for the six most commonly specified engineering plastics at Nylon Plastic.

Tài sản ABS Nylon 6/6 Polycarbonate Acetal/POM PEEK PEI/Ultem
Độ bền kéo40 MPa80 MPa65 MPa69 MPa100 MPa110 MPa
Hệ số uốn2,3 GPa2,8 GPa2.4 GPa2,8 GPa3.8 GPa3.5 GPa
HDT @1.82 MPa98°C255°C138°C124°C315°C200°C
Độ bền va đập400 J/m110 J/m850 J/m75 J/m80 J/m50 J/m
Độ đặc1.051.141.201.411.321.27
Phù hợp nhất choHousings, consumerGears, bearingsTransparent partsPrecision mechanicalHigh temp, medicalElectronics, aerospace

How to Choose the Right Engineering Plastic

Material selection isn't about finding the "best" plastic — it's about finding the one that meets ALL your requirements at the right cost. Here's the decision framework we use with customers at Nylon Plastic.

1. Temperature Requirements

Check both continuous use temperature and peak exposure. If your part sees >150°C, narrow to Nylon 6/6, PEEK, PEI, or PPS. For <100°C, ABS and PP are cost-effective choices.

2. Mechanical Load

Structural parts need high tensile strength and flexural modulus. Glass-filled grades (30% GF) can double or triple stiffness. Nylon 6/6 GF30, PEEK GF30, and PPS GF40 are top picks.

3. Chemical Exposure

For harsh chemicals, fluoropolymers (PTFE, PVDF) offer the best resistance. PPS and PEEK handle most industrial solvents. Avoid nylons in high-moisture or acidic environments.

4. Manufacturing Process

CNC machining suits low-volume, tight-tolerance parts. Injection molding wins for high volume. Some materials are process-specific — PTFE and UHMWPE are CNC-only, while LCP requires injection molding.

5. Cost vs Performance

PP and ABS cost $2-5/kg. Nylon 6/6 is $4-8/kg. PEEK jumps to $80-120/kg. Ask yourself: do you really need PEEK, or would a glass-filled nylon handle the job at 1/15 the material cost?

6. Certifications & Compliance

Medical devices may need ISO 10993 or USP Class VI. Food contact requires FDA compliance. Aerospace often demands FST (flame/smoke/toxicity) ratings. PEI, PEEK, and PPSU are common medical/aerospace choices.

Industry Application Examples

Each industry has specific material requirements. Here's what our customers typically choose.

Ô tô

Under-hood: Nylon 6/6 GF30 (intake manifolds), PPS (fuel system), POM (gears). Interior: ABS, PC/ABS (dashboards, trim). Exterior: PC (headlamp lenses).

Thiết bị y tế

Implants: PEEK (spinal cages, dental). Surgical tools: PEI/Ultem (autoclavable). Fluid handling: PC, PP. Single-use: ABS, SAN.

Điện tử

Connectors: PBT GF30, Nylon 6/6. Housings: PC/ABS FR, PC FR. Insulators: PTFE, PEI. Thermal management: PPS.

Hàng không vũ trụ

Interior panels: PEI (FST compliant). Structural brackets: PEEK CF30. Cable insulation: ETFE, PTFE. Radomes: PMMA, PC.

Máy móc công nghiệp

Gears & bearings: POM, Nylon 6/6 MoS2. Wear strips: UHMWPE. Pump components: PTFE, PVDF. Seals: PTFE, PEEK.

Sản phẩm tiêu dùng

Kitchenware: PP, PCTG/Tritan. Power tools: Nylon 6/6 GF30, PC/ABS. Sports: TPU, Nylon 12. Furniture: PP GF20, ABS.

Why Source Your Engineering Plastics from Nylon Plastic

Grade-Specific Documentation

TDS, batch COA and applicable compliance or certification documents are confirmed for the selected grade.

CNC + Injection + 3D Printing

Integrated manufacturing means one partner for prototypes, tooling, and production — no handoffs.

Material Selection Support

Our engineers help you pick the right grade based on your part requirements — not just the catalog spec.

Vận chuyển toàn cầu

Parts delivered to 30+ countries with full export documentation, tariff codes, and compliance paperwork.

Câu hỏi thường gặp

What's the difference between Nylon 6 and Nylon 6/6?

Nylon 6/6 (PA66) has a higher melting point (255–265°C vs 220°C for Nylon 6), better tensile strength (80 vs 75 MPa), and superior wear resistance. Nylon 6 offers slightly better impact resistance and is typically 10–15% cheaper. For CNC-machined parts, Nylon 6/6 is the default choice due to its dimensional stability. For injection-molded components where cost is critical and temperatures stay under 180°C, Nylon 6 is often sufficient.

Which engineering plastic is best for high-temperature applications?

PEEK (Polyether Ether Ketone) leads with a continuous use temperature of 250°C and HDT of 315°C. PEI (Ultem) follows at 170–200°C continuous. PPS handles 200–240°C with excellent chemical resistance. For the highest temperature performance, PAI (Torlon) reaches 260°C continuous but costs significantly more. Choose based on your exact temperature profile — if you're under 200°C, PEI is much more cost-effective than PEEK.

Can I use the same plastic material for CNC machining and injection molding?

Most engineering plastics work for both processes, but there are important differences. CNC machining uses extruded or cast stock shapes (rods, sheets), which may have slightly different properties than injection-molding pellets. Some grades (e.g., POM homopolymer) machine beautifully but mold poorly due to high shrinkage. Glass-filled grades machine well but are abrasive on tools. Some materials are process-specific: UHMWPE is CNC-only (doesn't flow in injection), while LCP is injection-only (available only as pellets). Our database marks which processes each grade supports.

How do I get a material recommendation and quote for my specific part?

Send the target material or required properties, application environment, color and requested documents. Estimated usage may be stated as Not sure yet, and a drawing is optional for a material-only inquiry. The team reviews the requirements before confirming a grade, document availability and quotation scope.

Find the Right Material for Your Next Project

Still comparing materials? Send the service conditions and required properties so the team can review a suitable grade and confirm document and quotation availability.

Request Material Recommendation

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