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High Strength 3D Printing Pa12
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Product: Views:408High Strength 3D Printing Pa12 
Unit price: Negotiable
MOQ:
Quantity:
Delivery date: Since the payment date Days delivery
Valid until: Long-term effective
Last updated: 2023-08-19 10:13
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Details

Our company specializes in producing high-strength and high-toughness 3D printing prototypes. 3D printing PA12 provides an ideal solution for fabricating strong, reinforced, and high-quality components. Our prototypes are designed to withstand demanding applications and provide exceptional performance, making them a reliable and durable choice for our valued clients.

 

Product Name

high strength 3D printing pa12

Build time:

3 days

Technologies

SLS

Tolerance:

± 0.3% (minimum of ± 0.3 mm)

Standard layer thickness

80µm

Drawing Format

IGS STP STL OBJ

Vicat softening temperature

163℃

Heat deflection temperature

154℃

Package

OEM package or our package

Quality Standard

ISO9001, ROHS, ISO10993, USP Class VI, Food safety certification, FST, FAA

Export Country

Europe, America, Australian, UK, Canada, France, Germany, Italy, Japan,Korea...etc.

Application

Small batch customization, personalized customization, verification function test

 

PA12 is an outstanding engineering plastic, becoming the preferred material for 3D printing. Additionally, it has high strength, rigidity, and heat resistance with low warpage and excellent processability, making it perfect for 3D printing functional parts.

 

Advantages of high strength 3D printing pa12:

 

● Ideal for parts with intricate mechanisms and distinctive geometries, as well as small-batch and custom production.

● Superior material strength eliminates the need for added processing support.

● Short processing cycles and low costs.

● Offers optimal structural optimization and innovative design.

 

Disadvantages:

 

● The surface finish may not be as superior as that achieved through 3D printing using SLA resin.

● The range of available materials may be temporarily limited to suit specific industrial applications.

● The available materials currently only offer a choice of colors in light gray or charcoal black.

 

Shipping:

 

We providing you with expertly packaged products that take up minimal space and ensure safe transport. We utilize air delivery for lighter items, while heavier shipments will be sent via sea transportation.

 

FAQ

 

Q: Why should you buy from us not from other supplier?

A: We specializes in rapid prototype and mold for over 8 years. We have good stable quality, high quantity, quick delivery time and good after-sale service.

 

Q: Can you provide OEM and ODM service?

A: Yes, OEM & ODM are welcome.

 

Q: What kind of trade terms can you do?

A: Ex-works, FOB.

 

Q: How can we guarantee the quality?

A: We will produce a pre-production sample before mass production and will do final inspection

 

3D printing PA12 production process flow

 

A substance with several potential applications is PA12, a high-strength 3D printing material. High strength, wear resistance, high temperature resistance, and corrosion resistance are some of its benefits. It is widely employed in many industries, including manufacturing, transportation, medicine, and aviation.

 

The following steps are primarily involved in the manufacturing of this material:

 

1. Raw material preparation: Make sure that raw materials like PA12 powder and additives are ready so that they meet manufacturing standards and are of a stable quality.

2. Mixing preparation: To ensure uniform quality of the combination and meet production standards, thoroughly mix raw ingredients such as PA12 powder and additions.

3. Thermal spraying: To create a thin layer, the combined raw ingredients are sprayed onto the production platform in a heated spray chamber using specialized thermal spraying equipment.

4. Melt molding: Utilize a closed melt molding chamber to execute melt molding under high temperature and high pressure conditions to create a 3D printed PA12 item from the thin layer that was thermally sprayed.

5. Post-processing: To enhance the surface quality and tensile strength of the melted 3D printed parts, post-processing techniques include polishing, coating, heating, and stress relief.

 

http://www.alec-proto.com/

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