Top 10 Plastic 3D Printing Materials for Industrial Production

Plastic 3D printing has become an integral part of contemporary production technology and offers rapid development and production features. Various industries such as automotive, aerospace, medical, and consumer products employ advanced plastics. These plastics are increasingly used to create lightweight, durable, and high-performance components. Selecting the right material is critical, especially when transitioning from prototyping to industrial-scale production.

When industrial-scale manufacturers are in search of plastic 3D printing, the properties that are compared and contrasted include strength, resistance to heat, compatibility with different printing technologies (FDM, SLS, and MJF), and their final usability in industrial applications.

Why Material Selection Matters in Industrial 3D Printing

Industrial production requires materials beyond basic prototyping plastics because prototyping plastics lack strength, heat resistance, stability to chemicals, and replicability for direct applications in industry.

These manufacturing processes support aerospace, automotive, and medical-grade parts, the use of materials affects the reliability, quality, and cost of parts. Industrial 3D printing materials require more than basic prototype qualities in terms of application, tolerance, and strength. 

Key Factors When Choosing Industrial Plastic Materials

• Mechanical strength and durability

• Thermal and chemical resistance

• Surface finish and accuracy of dimensions

• Compatibility with industrial manufacturing services

• Cost-effectiveness in production series

Top 10 Plastic 3D Printing Materials for Industrial Applications

The overview below describes the top 10 plastic materials used in 3D printing environments.

1. ABS (Acrylonitrile Butadiene Styrene)

• ABS is usually processed with FDM and has good dimensional stability for medium volumes in the industrial-scale production process.

• It has very high resistance to impact and tolerates heat well.

• Used in vehicle housings and tooling through industrial 3D printing material solutions.

2. PLA (Polylactic Acid)

• PLA is ideal for early-stage industrial product development and concept validation, offering a low-cost and rapid prototyping solution.

• It provides a very smooth surface finish, its ideal use case is in producing visual models for use during a design review or validation of the entire product.

3. Nylon (PA 6 / PA 12)

• It has good strength, durability, chemical resistance, and performance under industrial applications.

• Used extensively for additive manufacturing services for gears, brackets, and custom plastic parts that can bear loads.

• Nylon is often made using SLS or MJF processes for additive manufacturing when a high-strength, production-quality part is desired.

4. PETG (Polyethylene Terephthalate Glycol)

• It offers a good trade-off between strength and printability. Generally, it is used for industrial housings that have to be resistant to moisture.

• Resistant to harsh conditions such as moisture and chemical resistance combinations.

• A good match for mechanical components, along with 3D printed housing solutions.

5. Polycarbonate (PC)

• The material of polycarbonate is highly resilient and is suitable for industrial high-impact applications.

• It is used in several challenging applications due to its high strength and resistance to heat.

• Manufacturers utilize polycarbonate to manufacture electrical parts and structural components.

6. TPU (Thermoplastic Polyurethane)

• The following are common applications for TPU in the industrial environment: the creation of seals and gaskets as well as the production of custom-made plastic parts for vibration protection.

• TPU is often used by industrial additive manufacturers to produce parts that will be subjected to impact.

7. PEEK (Polyether Ether Ketone)

• PEEK is an aerospace and bio-medical grade thermoplastic with specifications in the fields of mechanical and thermal performance in industrial processing.

• Offers excellent mechanical strength and high resistance to extreme temperatures.

8. PPSU (Polyphenylsulfone)

• PPSU has exceptional thermal stability due to its chemical resistance.

• PPSU is used in applications that require high heat or sterilization.

• The medical device and aviation interior industries make common use of PPSU.

9. ASA (Acrylonitrile Styrene Acrylate)

• ASA provides excellent protection from ultraviolet (UV) rays and weather extremes for outdoor use in industrial applications.

• ASA is used for the manufacture of exterior enclosures and various types of panels.

• ASA is the preferred material for outdoor industrial applications where the components will be exposed to UV radiation and weather.

10. HIPS (High Impact Polystyrene)

• HIPS is a very lightweight and cost-effective option to non-construction or non-load-bearing applications in industry.

• HIPS is often selected for support structures and low-load industrial applications.

• It is regularly used as a support material in the construction of complex plastic 3D printed applications.

Choosing the Right Industrial 3D Printing Services for Production

By collaborating with experienced 3D printing manufacturers, it is guaranteed that plastics undergo proper processing and reach appropriate quality for industry applications. Professional additive manufacturing has advanced equipment, material expertise, and quality control for scalable production.

When evaluating industrial 3D printing services, industrial buyers generally consider strength, temperature resistance, flexibility, and chemical stability versus cost for a given production environment and end-use application.

What to Look for in an Additive Manufacturing 3D Printing Service

• Wide selection of industrial-grade materials

• Experience in producing custom plastic parts

• Quality assurance and testing processes

• Scalable additive manufacturing capabilities

Conclusion

Industrial 3D printing is one of the best tools to use in the manufacture of plastics as it can significantly reduce the amount of time and money required to get the product to market while still producing plastic parts that are better quality than other plastic manufacturing processes.

With many years of experience in the area of additive manufacturing and industrial production, Norck offers a very large selection of materials for use in order to create superior engineering results.

Norck enables manufacturers to produce some of the best-performing plastic products possible using the additive manufacturing process. Contact us today to find out how the benefits of industrial 3D printing may benefit you and to discuss how to improve your production and cost-efficiency.