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Materials Line Card
Resources
Material Guides
- ABS Plastic Sheet & Rod — Material Buyer's Guide
- Acetal Copolymer — POM-C Plastic Guide (Celcon, Hostaform)
- Acrylic Sheet, Rod & Tube — Plexiglass Buyer's Guide
- Canvas Phenolic — Heavy-Duty Sheet, Rod & Bushing Guide
- Cotton Phenolic Sheet, Rod & Bushing Stock Guide
- Delrin Material — Rod, Sheet & Tube in POM-H Acetal
- FR4 Material — Complete Guide to the Standard PCB Laminate
- G10 Material — Glass-Epoxy Laminate Guide
- Glass Phenolic (NEMA G3/G5/G7/G9/G11) — Material Guide
- HDPE Plastic Sheet — Marine, Food & Industrial Buyer's Guide
- LDPE Plastic Sheet & Rod | Low-Density Polyethylene
- Linen Phenolic (NEMA L, LE) — Sheet, Rod & Bushing Guide
- Noryl Material — Modified PPO Plastic Sheet, Rod & Tube
- Nylon Plastic — Sheet, Rod & Bar Stock Guide
- Paper Phenolic — NEMA XX, XXX & XXXP Sheet & Rod Guide
- PEEK Plastic — Complete Guide to Sheet, Rod & Tube
- PET (Ertalyte) Material — Bearing-Grade Sheet, Rod & Tube
- PETG Material — Clear Thermoformable Plastic Sheet, Rod & Tube
- Phenolic Glass Melamine (G9) — Material Hub
- Phenolic Glass Silicone (G7) — Material Hub
- Plastic Materials — Engineering Reference Library (28 Materials)
- Polycarbonate Sheet, Rod & Tube — Lexan Material Guide
- Polypropylene (PP) Plastic: Complete Material Guide
- Polysulfone Plastic — Udel PSU & Radel PPSU Guide
- PPO Material (Polyphenylene Oxide) — Stock Shapes Guide
- PPS Ryton — Sheet & Rod Material Guide
- PTFE / Teflon Plastic: Properties, Grades & Uses
- PVC Plastic Sheet & Rod — Type 1, Type 2, CPVC & Expanded
- PVDF Kynar Sheet & Rod — Chemical-Resistant Plastic Guide
- Torlon (PAI) — Sheet, Rod & Tube Material Guide
- UHMW Plastic — Sheet, Rod & Wear Material Guide
- Ultem Plastic — PEI Sheet, Rod & Tube Material Guide
- Vespel (Polyimide) — Rod & Bearing Material Guide
Material Comparisons
- ABS vs Acrylic: Toughness vs Clarity
- Acetal Copolymer vs PET: Hot-Water Acetal vs Stiff Polyester for Machined Parts
- Acetal vs Nylon: Precision vs. Toughness Compared
- Acetal vs UHMW: Precision Parts vs Wear Surfaces
- Acrylic vs ABS Plastic: Which Should You Choose?
- Acrylic vs PETG: Optical Clarity vs Impact Toughness in Clear Sheet Plastic
- Cotton vs Canvas Phenolic: Impact Resistance and Heavy-Duty Use
- Cotton vs Linen Phenolic: Grade C/CE vs Grade L/LE Laminate
- Delrin vs Acetal Copolymer: Which Acetal is Right for Your Application?
- Delrin vs PET: Which Precision Thermoplastic Fits Your Machined Part?
- FR4 vs Cotton Phenolic: Flame-Rated Glass-Epoxy vs Classic Phenolic Insulator
- FR4 vs G7: Flame-Rated Epoxy Glass vs Silicone Glass for High-Temperature Duty
- FR4 vs G9: Flame-Rated Epoxy Glass vs Arc-Resistant Melamine Glass
- FR4 vs Phenolic Glass (GPO-3): Two Routes to V-0 Glass-Reinforced Insulation
- G10 vs Cotton Phenolic: Glass-Epoxy Precision vs Phenolic Economy
- G10 vs FR4: Same Glass-Epoxy, Different Safety Standard
- G10 vs G7: Epoxy Glass vs Silicone Glass for High-Temperature Insulation
- G10 vs G9: Epoxy Glass vs Melamine Glass for Electrical Insulation
- G10 vs Phenolic Glass: Epoxy-Glass vs Phenolic-Glass Laminate Compared
- G7 vs G9 Laminate: Silicone-Glass vs Melamine-Glass
- HDPE vs LDPE: Choosing the Right Polyethylene
- HDPE vs Polypropylene: Which Polyolefin Is Right for Your Application?
- Linen vs Canvas Phenolic: Precision Bearings vs Heavy-Duty Bushings
- Noryl vs ABS: Dimensional Stability, Heat, and Electrical Properties
- Noryl vs Polycarbonate: Electrical Enclosures vs Transparent Guards
- Nylon vs Cotton Phenolic for Gears and Bushings
- Nylon vs UHMW Polyethylene: Which to Choose?
- Paper Phenolic vs Glass Phenolic: Which Laminate to Specify?
- PEEK vs Acetal Copolymer: High-Performance vs Workhorse Engineering Plastic
- PEEK vs Delrin: When to Upgrade from Acetal to High-Performance PEEK
- PEEK vs PTFE: Structural Strength vs Chemical Non-Stick
- PEEK vs Torlon (PAI): High-Performance Thermoplastic Showdown
- PEEK vs Ultem (PEI): Which High-Performance Plastic?
- PET vs PETG: Semi-Crystalline Precision vs Amorphous Clarity
- Plastic Material Comparisons — 46 Side-by-Side Guides
- Polycarbonate vs ABS: Transparent Strength vs Tough Housings
- Polycarbonate vs Acrylic: Impact vs Clarity Compared
- Polycarbonate vs PETG: Transparent Engineering Plastic vs Cost-Effective Sheet
- Polypropylene vs PVDF (Kynar): Which Plastic to Choose?
- Polysulfone vs Polycarbonate: Autoclave vs Cost
- PPO vs Noryl: Why Neat PPO is Rare and Noryl is What You Actually Buy
- PPS vs PEEK: Chemical Resistance vs Structural Performance
- PPS vs Ultem: Crystalline Chemical Resistance vs Amorphous Transparency
- PTFE vs PVDF: Seals & Non-Stick vs Structural Fluoroplastics
- PVC vs ABS: Chemical Resistance vs Toughness
- PVC vs Polypropylene: Structural vs Acid-Resistant Plastics
- PVC vs PVDF: General Chemical Service vs High-Purity High-Temp
- PVDF vs PTFE: Fabricability vs Maximum Inertness
- Torlon vs Vespel: PAI vs PI for Extreme Heat
- UHMW vs HDPE: Wear Performance vs Fabrication Flexibility
- UHMW vs Polypropylene: Wear Resistance vs Chemical Versatility
- UHMW vs PTFE (Teflon): Which Low-Friction Plastic Wins?
- Ultem vs Polycarbonate: High-Heat Transparent Plastics Compared
- Ultem vs Polysulfone: Autoclavable Amorphous Plastics Compared
- Vespel vs PEEK: Polyimide vs PEEK for High Temp
Guides
- Arc Chute Materials — What Circuit Breakers Use to Quench Arcs
- Arc Resistance vs Track Resistance — Key Differences for Electrical Insulation
- ASTM D709 Explained — Standard Specification for Laminated Thermoset Sheets
- Bromine-Free Flame Retardants in Thermoset Laminates — Chemistry and Selection
- Bus Bar Insulation Materials — Supporting, Spacing, and Isolating Bus Bars
- Chemical Resistance of Thermoset Laminates — G10, FR4, Phenolic & GPO-3
- CNC Machining Thermoset Rod — Speeds, Feeds & Best Practices
- Coil Form Materials — Best Choices for Transformer and Inductor Windings
- Dielectric Strength Testing of Thermosets — Methods, Values & Standards
- Electrical Insulation Laminates Explained — Types, Properties & Selection
- Flame-Retardant Laminates Comparison — FR4, GPO-3, G5, and Beyond
- G10 vs FR4 — Which to Choose? The Definitive Guide
- Glass-Epoxy vs Paper-Phenolic — Which Thermoset Laminate to Choose
- High-Voltage Standoff Materials — Selecting Insulators for HV Equipment
- MIL-I-24768 Explained — Military Thermoset Laminate Specifications
- Motor Insulation Materials — Stator Slot Liners, Wedges, and Phase Barriers
- NEMA Grade Selection Guide — Which Thermoset Laminate Do You Need?
- PCB Substrate Materials Explained — FR4, High-Tg, Polyimide & Beyond
- Phenolic Rod Applications — Where and Why It's Used
- Switchgear Insulation Materials — What Goes Inside Medium and Low-Voltage Gear
- Terminal Board Materials — Choosing the Right Insulating Substrate
- Thermoset & Electrical Insulation Guides — Complete Resource Library
- Thermoset Laminate History and Chemistry — From Bakelite to Modern Glass-Epoxy
- Thermoset Rod — Standard Sizes, Diameters & Stocking Guide
- Thermoset Sheet — Standard Sizes, Thicknesses & Panel Dimensions
- Thermoset Tube — Standard Sizes, Wall Thicknesses & Stocking Guide
- Thermoset Tubes for Aerospace — Materials, Qualification & Applications
- Thermosets in Cryogenic Applications — What Works at LN2 and LHe Temperatures
- Tolerances for Machined Thermoset Parts — What to Expect
- Transformer Insulation Materials — Laminates, Tubes, and Coil Forms
- Weathering and UV Resistance of Thermoset Laminates
Grades
- Celcon — Acetal Copolymer Resin Brand (Celanese)
- GPO-3 — Polyester Glass Mat Thermoset Laminate
- Hostaform — Acetal Copolymer Resin Brand (Ticona/Celanese)
- NEMA C — Canvas Phenolic Mechanical Grade
- NEMA CE — Canvas Phenolic Electrical Grade
- NEMA FR4 — Flame-Retardant Glass-Epoxy Laminate Spec Page
- NEMA FR5 — High-Temperature Flame-Retardant Glass-Epoxy Laminate
- NEMA G10 — Glass-Epoxy Laminate Spec Page
- NEMA G11 — Glass-Cloth Epoxy High-Temperature Laminate
- NEMA G3 — Glass-Fabric Phenolic Laminate
- NEMA G5 — Glass-Fabric Melamine Laminate
- NEMA G7 — Glass-Cloth Silicone Resin Laminate, 425°F Continuous
- NEMA G9 — Glass-Cloth Melamine Laminate, Arc Resistance Grade
- NEMA Grade Directory — All Thermoset Laminate and Engineering Plastic Grades
- NEMA L — Linen Phenolic Fine-Weave Mechanical Grade
- NEMA LE — Linen Phenolic Electrical Grade
- NEMA XX — Paper Phenolic General Purpose Mechanical Grade
- NEMA XXX — Paper Phenolic Electrical Grade
- NEMA XXX-P — Paper Phenolic Post-Formable (Hot-Punch) Grade
- NEMA XXX-PC — Paper Phenolic Cold-Punch Grade
Machined Parts
- CE Phenolic Machined Parts | Canvas Phenolic Electrical Grade
- CNC Milling Thermoset Sheet | G10, FR4, Phenolic & Laminate Machining
- CNC Turning Thermoset Rod | Phenolic, G10, FR4 & Epoxy-Glass Rod Machining
- Custom Machined Bushings | Plastic & Thermoset Bushings to Print
- Custom Machined Insulators | Dielectric Plastic Parts to Print
- Custom Machined Plastic & Thermoset Parts | Federal Materials
- Custom Machined Standoffs | Plastic & Thermoset Standoffs to Print
- Custom Machined Washers | Plastic & Thermoset Washers to Print
- FR4 Machined Parts | Flame-Retardant Fiberglass CNC Machining
- G10 Machined Parts | Custom CNC Machining of G10 Fiberglass
- Machined Arc Chutes | Custom Thermoset Arc Chute Components
- Machined Delrin Parts | Custom CNC Acetal Homopolymer Machining
- PEEK Machined Parts | Precision CNC Machining of PEEK Plastic
- Phenolic Machined Parts | Custom CNC Machining Across All Phenolic Grades
- Teflon Machined Parts | Custom CNC PTFE Machining
- Torlon Machined Parts | PAI Plastic CNC Machining
- Vespel Machined Parts | Precision Polyimide CNC Machining
- XX Phenolic Machined Parts | Paper Phenolic CNC Machining
Industries
- Aerospace Plastics: Materials, Specs & Approvals
- Food & Beverage Plastics: FDA, NSF & USDA Approved Materials
- General Industrial Plastics: Materials, Uses, and Procurement
- Industrial Plastics by Industry — Specs, Approvals & Material Guides
- Marine Plastics: UV-Stable, Saltwater-Resistant Materials
- Medical Plastics: USP, ISO 10993 & FDA-Grade Materials
- Oil & Gas Plastics: PEEK, PVDF, PPS & High-Performance Materials
- Plastics for Automotive Applications
- Plastics for Defense & Military Applications
- Plastics for Electrical & Power Applications
- Plastics for Energy & Renewables Applications
- Plastics for Transit & Rail Applications
- Semiconductor Plastics: PEEK, PVDF, PTFE & Process Materials
Applications
- Best Plastics for Bushings & Bearings (2024 Guide)
- Best Plastics for Chemical Tanks: PP, PVC, HDPE & PVDF
- Best Plastics for Fluid Manifolds: Material Guide
- Best Plastics for Gears: Material Selection Guide
- Best Plastics for Machine Guards: PC, Acrylic & PETG
- Best Plastics for Wear Strips & Guide Rails
- FDA-Compliant Plastics for Food Contact Applications
- Marine and Outdoor Plastics — HDPE, UHMW, Polycarbonate & PVC
- Plastic Application Guides — Best Material for Every Use Case
- Plastics for Aerospace Interior Parts — PEEK, Ultem, PPS & More
- Plastics for Electrical Insulation: G10, PTFE & Ultem
- Plastics for Medical Sterilization — PEEK, Ultem, PSU & More
- Plastics for Semiconductor Wet-Bench and Etch Tools
Machining
- Achievable Tolerances in Thermoset Machining — What's Actually Possible in Production
- Dust Extraction for Thermoset Machining — OSHA Compliance, Respirable Particulates, and Equipment Selection
- Machining Glass-Epoxy Laminates — G10, FR4, and G11 Compared
- Machining Phenolic Laminates — Paper, Cotton, Linen, and Canvas Grades
- Machining Thermoset Rod — Turning G10, FR4, CE, XX, G7, G9, G11
- Machining Thermoset Sheet — Routing, Drilling, and Edge-Finishing G10, FR4, Phenolic
- Machining Thermoset Tube — Boring, Threading, and Parting G10, FR4, Phenolic Tube
- Thermoset Laminate Machining — Complete Resource Hub
- Tool Wear in Thermoset Machining — Economics of Carbide, Diamond-Coated, and PCD Tooling
Forms
- Custom CNC-Machined Plastic Parts: Service, Materials & Tolerances
- Fabricated Plastic Parts: Welded, Thermoformed & Bonded Assemblies
- Plastic Film & Tape: PTFE Skived Film, UHMW Tape & Thin Sheet
- Plastic Hex Bar: Sizes, Materials & Machining Uses
- Plastic Rod Stock: Diameters, Materials & Specifications
- Plastic Sheet Stock: Sizes, Materials & Tolerances
- Plastic Square Bar Stock: Sizes, Materials & Applications
- Plastic Stock Forms — Sheet, Rod, Tube, Bar, Film & Custom Parts
- Plastic Tube & Hollow Rod: Sizes, Materials & Bore Tolerances