Injection Molding
Tooling and molding for your repeat plastic parts.
MATERIAL SELECTION FOR YOUR PART
Choose the Right
Manufacturing Material
for Your Part
Bring your CAD, performance targets, expected volume and operating environment. Compare material families, process fit, total part cost and approval documentation before committing.
Find Materials for Your Part →Upload Your Drawing
Your Part. Your Requirements.
PerformanceStrength, heat and wear
Process & costGeometry and total part cost
DocumentationGrade, condition and records
Dallas Support
Discuss your requirements with our team
Performance
Focus on your service conditions
Process fit
Connect material and geometry
Total cost
Review the complete manufacturing route
Documentation
Agree your acceptance records
Component images are illustrative concepts, not customer parts.
START WITH YOUR REQUIREMENTS
Make the Right Material Decisions Before Production
Avoid costly issues and keep your project on track from the start.
Reduce Material Risk
Temperature, moisture, chemicals and outdoor exposure.
Protect Critical Performance
Load, stiffness, impact and expected operating life.
Avoid Process Mismatch
Fits, sliding contact, electrical and thermal paths.
Control Total Part Cost
Geometry, quantity, finishing and assembly.
Plan for Repeat Supply
Controlled grade, condition, inspection and documentation.
The Right Material Family for Your Next Design
Metals & Alloys
Review stiffness, mass, corrosion exposure and finishing for your machined or formed parts.
Review Focus
Grade & condition
Operating environment
Process compatibility
For Your Project
Protect critical function
Control avoidable cost
Agree acceptance needs
Engineering Plastics
Balance impact, friction, moisture response and dimensional stability for your application.
Review Focus
Grade & condition
Operating environment
Process compatibility
For Your Project
Protect critical function
Control avoidable cost
Agree acceptance needs
High-Performance Plastics
Specify temperature, chemicals and sustained load before choosing a resin grade.
Review Focus
Grade & condition
Operating environment
Process compatibility
For Your Project
Protect critical function
Control avoidable cost
Agree acceptance needs
Elastomers & Specialty Materials
Define hardness, sealing geometry, compression and fluid exposure for your review.
Review Focus
Grade & condition
Operating environment
Process compatibility
For Your Project
Protect critical function
Control avoidable cost
Agree acceptance needs
Custom Grade Review
Send your exact specification and approved alternatives; confirm sourcing before release.
Review Focus
Grade & condition
Operating environment
Process compatibility
For Your Project
Protect critical function
Control avoidable cost
Agree acceptance needs
Materials for Your Application
Motion & Automation
Review wear, stiffness and mating fits for your moving assembly.
Fluid Handling
Identify pressure, sealing surfaces and chemical exposure.
Electronic Interfaces
Balance insulation, conductivity and thermal paths.
Housings & Enclosures
Connect impact, weight, assembly and surface appearance.
Your Path from Requirements to Material Approval
Requirements
Share CAD, drawing revision, service environment and production quantity.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →01PROJECT MILESTONE
- Your functional requirements
- Critical review priorities
- Agreed specification inputs
Performance Review
Identify the properties that control your part function and acceptance.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →02PROJECT MILESTONE
- Your functional requirements
- Critical review priorities
- Agreed specification inputs
Process Fit
Review geometry, wall sections and material condition with the manufacturing route.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →03PROJECT MILESTONE
- Your functional requirements
- Critical review priorities
- Agreed specification inputs
Material Comparison
Compare feasible candidates against the same conditions and requirements.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →04PROJECT MILESTONE
- Your functional requirements
- Critical review priorities
- Agreed specification inputs
Documentation
Agree grade, condition, supplier records and inspection scope before ordering.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →05PROJECT MILESTONE
- Your functional requirements
- Critical review priorities
- Agreed specification inputs
Approval
Confirm the quoted material and approved sample or inspection criteria before repeat production.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →06PROJECT MILESTONE
- Your functional requirements
- Critical review priorities
- Agreed specification inputs
Material Selection Review — Match Properties to Your Part
Strength & Stiffness
Separate strength, stiffness and impact needs; identify load direction and stress concentrations.
Review Focus
Grade & condition
Operating environment
Process compatibility
For Your Project
Protect critical function
Control avoidable cost
Agree acceptance needs
Weight
Review section geometry and material density together for your assembly mass target.
Review Focus
Grade & condition
Operating environment
Process compatibility
For Your Project
Protect critical function
Control avoidable cost
Agree acceptance needs
Corrosion
Specify fluids, humidity, salt exposure and contact with dissimilar metals.
Review Focus
Grade & condition
Operating environment
Process compatibility
For Your Project
Protect critical function
Control avoidable cost
Agree acceptance needs
Heat
Distinguish continuous temperature, short peaks and load at temperature.
Review Focus
Grade & condition
Operating environment
Process compatibility
For Your Project
Protect critical function
Control avoidable cost
Agree acceptance needs
Wear & Friction
Define mating materials, lubrication, sliding speed and acceptable wear.
Review Focus
Grade & condition
Operating environment
Process compatibility
For Your Project
Protect critical function
Control avoidable cost
Agree acceptance needs
Electrical & Thermal
Identify whether your part must conduct, insulate or transfer heat.
Review Focus
Grade & condition
Operating environment
Process compatibility
For Your Project
Protect critical function
Control avoidable cost
Agree acceptance needs
Cosmetic Finish
Agree visible surfaces, texture, color and finishing compatibility.
Review Focus
Grade & condition
Operating environment
Process compatibility
For Your Project
Protect critical function
Control avoidable cost
Agree acceptance needs
Compare Materials for Your Application
Search by material or grade, then compare process fit and the requirements that matter to your part. Results appear immediately below.
8 candidates listed below.
Open a material review or select up to three candidates to compare. Grade and condition require project-specific approval.
Aluminum alloy
6061-T6 Aluminum
Review your load, geometry and specified temper; confirm the stock form and finish.
Confirm strength requirements, weld condition where relevant and surface treatment.
Aluminum alloy
7075-T6 Aluminum
A candidate for strength-focused machined components; review the exact condition.
Review corrosion exposure, section geometry and joining requirements.
Stainless steel
304 Stainless Steel
Review your formed or machined component in its actual exposure environment.
Confirm chemical exposure, cleaning, finish and acceptance requirements.
Stainless steel
316 / 316L Stainless
Review the specified grade and condition for your fluid or environmental exposure.
Do not assume suitability for every chloride environment; confirm application conditions.
Engineering plastic
POM / Acetal
Review sliding interfaces, mating fits and the selected acetal grade.
Specify temperature, chemicals, dimensional stability and sustained load.
High-performance plastic
PEEK
Review your operating temperature, chemical exposure and exact resin grade.
Unfilled and reinforced grades differ; confirm processing and required documentation.
Engineering plastic
ABS
Review your enclosure geometry, impact needs and cosmetic requirements.
Confirm environmental exposure, grade, color and manufacturing route.
Engineering plastic
Nylon / PA
Review your load-bearing or moving polymer component with its conditioning needs.
Moisture, reinforcement and processing affect dimensions and performance.
No listed material matches this combination. Try a broader process or priority, clear the material name, or reset the filters. You can also send your requirements for a custom-grade review.
Discuss Your Exact Specification →Compare Your Selected Candidates
Compare qualitative review needs using the same drawing and operating conditions. Obtain the exact grade data before design approval.
Select up to three candidates above.
| Material | Review focus | Confirm for your part |
|---|
Materials by Manufacturing Process
CNC Machining
Plan stock condition, cutter access and clamping around your critical features.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →
Injection Molding
Review flow, shrinkage, moisture conditioning and reinforcement with your tool design.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →
Sheet Metal
Match sheet grade, thickness, bend direction and joining requirements.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →
Die Casting
Review casting alloy, wall transitions, porosity-sensitive features and secondary machining.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →
3D Printing
Treat print process, orientation and post-processing as part of the material specification.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →
Extrusion
Review section consistency, die feasibility, temper and downstream machining.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →
Material Risks — Prevent Problems Before Production
Corrosion
Check the complete exposure and mating-metal combination before selecting a finish.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →
Heat Distortion
Review temperature with applied load and assembly constraints.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →
Wear
Choose the material pair and surface condition around the actual motion.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →
Creep
Account for time under load, particularly in plastic clamps and supports.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →
Cracking
Review sharp corners, assembly stress, impacts and chemical exposure.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →
Finish Variation
Define appearance acceptance and test the finish on the specified material condition.
Confirm the exact grade, condition and application requirements for your part.
Review Your Material →
Lower Your Total Part Cost — Not Just Material Price
Stock and yield
Review stock dimensions and material removed for your geometry.
Processing time
Consider cutting, molding or forming effort and tooling needs.
Secondary operations
Include finish, heat treatment, deburring and assembly requirements.
Approval and supply
Confirm sourcing, lot quantities, testing and required records.
Quality & Traceability You Can Verify
State the exact grade, condition and required records in your RFQ. Confirm available material records, lot identification and inspection scope with your quote.
Material recordsSpecify MTR needs
Grade & conditionConfirm the designation
Inspection scopeAgree critical features
Lot identificationRequest traceability
Compliance recordsDefine required evidence
Finish acceptanceState visual criteria
Do not assume a material family name establishes certification or regulatory suitability for your finished part.
Materials for Your Industry
Electronics & instrumentation
Identify insulation, conductivity, thermal interfaces and enclosure requirements for your equipment.
Automation & precision systems
Specify motion, stiffness, wear and dimensional stability for your assembly.
Industrial & fluid equipment
State chemical exposure, sealing conditions and service temperatures for your components.
Regulated applications
Provide your controlled specification and required acceptance records. Application naming does not establish certification or compliance.
YOUR QUESTIONS
Material Selection FAQs
What should I send for a material review?
Send your CAD, controlled drawing, quantity, environment, critical properties and required documentation. Include your preferred grade and approved alternatives.
Can a similar material replace my specified grade?
Treat an alternative as a design change. Compare condition, relevant properties, process behavior and acceptance needs, then obtain approval before substitution.
How should I compare metal and plastic options?
Use the same operating conditions and functional requirements. Include geometry, stiffness, temperature, wear, finishing and total manufacturing cost.
Can you confirm availability or material records?
Include those requirements in your RFQ. Grade availability and documentation must be confirmed for your project before ordering.
Does choosing a medical or aerospace application confirm compliance?
No. The finished part, material grade, manufacturing route and acceptance documentation require project-specific review.
Ready for review? Use the drawing-upload request below to share your requirements.
