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Top Chinese Manufacturers for POM (Delrin/Acetal) CNC Machining

Custom POM (Delrin/Acetal) CNC Machining Service from China

Consider Delrin/Acetal which itself is a strong and thermoplastic material when looking for precision projects. Therefore, you should consult with us about any questions or concerns you may have on Custom POM CNC Machining Service in China by ETCN designed specifically for your needs.

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Custom POM (Delrin/Acetal) CNC Machining Service from China
  • machining icon

    Capabilities of POM (Delrin/Acetal) CNC Machining

Ideal for automotive, aerospace, and medical equipment, POM CNC machining produces accurate and strong parts that have low friction. Its perfect chemical resistance, as well as high strength-to-weight ratio, allow it to be used in gears or bearings, among other applications where it offers self-lubricating properties. This material is versatile and requires little maintenance making it suitable for many industries.

POM (Delrin/Acetal) CNC Machining
  • ICON -Descriptions

    Descriptions

Reveal the Benefits of Delrin:

– Great resistance to wear and abrasion

– Properties that resist creep

– Excelling in high-temperature performance

– Having superior dimensional stability compared to other plastics

– Has chemical resistance to fuel and solvents

– Absorbs very little moisture

 

  • Characteristics - icon

    Characteristics

Price: $$$$$

Lead Time: Less than 7 days

Wall thickness: 0.75mm

Tolerances:±0.005mm

Maximum part dimensions: 200 x 80 x 100 cm

Discover Where Delrin Can Be Applied:

– Gear wheels and bearings

– Electrical insulating elements

– Rollers for linear motion systems or conveyor belts etc.

– Connectors, fittings, fasteners, or any component requiring both strength and light weight

POM CNC Machining Parts showcase

POM CNC Machining Services with Delrin/Acetal Material Options: Explore Available Materials

POM CNC Machining Services offer precision manufacturing with Delrin/Acetal material options. Delve into our range of available materials to discover the perfect fit for your project requirements.

Material
Acetal Copolymer (POM-C) - Polyoxymethylene copolymer
Description

POM-C or acetal is a very flexible engineering plastic that can be easily machined. This material is great for parts that need to have low friction and high rigidity and do not absorb much water; hence, it is suitable for many uses.

Material
Acetal Copolymer (POM-C) - FDA Approved
Description

Highly rigid and non-sticky, this high-performance engineering thermoplastic called acetal is typically applied for precision parts because it can retain its shape very well.

Material
Acetal Homopolymer (POM-H)
Description

Delrin (POM-H) is a top choice among engineering plastics due to its machinability. It is ideal for components with high stiffness, low coefficient of friction and negligible water absorption.

Material
Acetal Copolymer (POM-C) - Electrostatic Discharge (ESD)
Description

Semi-crystalline engineering plastics with permanent built-in anti-static properties are flexible and can be used in different applications, such as electronics, clean rooms, and safety zones. Find out what happens when you use plastic materials that are ESD-safe.

Delrin Properties: Characteristics of Machined Delrin for Various Applications

MaterialTensile Strength at YieldImpact StrengthHeat Deflection
Delrin 1509,000 psi1.5 ft-lbs/in257-336° F
Delrin 5708,500 psi0.8 ft-lbs/in316-345° F

Best Surface Finishes for POM (Delrin/Acetal) CNC Machining

Top Surface Finishes for POM (Delrin/Acetal) CNC Machining: This post investigates the best surface finishes for Precision Polyoxymethylene machining (Delrin or Acetal). Learn about the methods and finishes that can improve the quality and appearance of CNC-machined POM parts.

Aluminum Anodizing parts
Anodizing
Anodizing serves as a prevalent surface treatment method employed to bolster the longevity of mechanical, aircraft, and automotive parts. This process elevates wear resistance, thwarts corrosion, and fortifies surfaces, culminating in heightened toughness and a matte appearance. Anodizing offers a spectrum of color options including clear, black, grey, red, blue, and gold.
Bead Blasting
Bead Blasting

Bead blasting is a refined technique that creates sleek matte surfaces, perfect for elevating visual charm and compatible with materials such as ABS plastic, aluminum, brass, stainless steel, and steel. Moreover, blending bead blasting with other surface treatments can significantly boost the overall aesthetic appeal.

Powder Coating
Powder Coating

Powder coating is a technique where dry powder is applied electrostatically and then cured using heat or UV light, resulting in a solvent-free finish. This method offers a range of options including aluminum, stainless steel, and steel materials, available in black or any RAL code/Pantone number, with choices for gloss or semi-gloss finishes.

Electroplating
Electroplating

Electroplating is extensively utilized across industries like automotive to meet functional, aesthetic, and anti-corrosion requirements. Chrome-plating steel components is especially popular for attaining a sophisticated, lustrous appearance. Common materials for a refined finish encompass aluminum, steel, and stainless steel.

Polishing
Polishing

Delve into the art of perfecting surfaces to a brilliant, seamless polish. While some choose hand buffing, others depend on chemicals for a stunning mirror-like gleam. Yet, materials differ in reflectivity. Various methods can be utilized to achieve a lustrous sheen for aluminum, brass, stainless steel, and standard steel.

Brushing parts
Brushing

Surface brushing is a precise treatment method that delicately enhances various materials such as ABS, Aluminum, Brass, Stainless Steel, and Steel. By employing abrasive belts, this approach imparts a satin finish, enhancing the visual appeal of objects and elevating their aesthetic charm.

Learn the significance of Polyoxymethylene (POM) in manufacturing. This article simplifies POM machining for CNC machining centers to help you become a pro at working with this versatile thermoplastic. Discover material characteristics, tooling choices, machine settings and more for best outcomes.
why choose ETCN
  • machining icon

    Why choose ETCN's POM (Delrin/Acetal) CNC Machining

1. Durable Products: ETCN guarantees long-lasting and strong items through POM CNC machining.

2. Precision Engineering Services: Every part is done with topmost precision and attention to detail hence supreme accuracy.

3. Versatile Applications: Automotive industry, aerospace among others can benefit from this service since it has wide applications in different areas of the economy.

4. Consistent Quality Output: Quality remains paramount throughout the process so that clients receive their orders according to what they expect or beyond them if possible.

5. Expertise in POM Machining: Years of practice support our ability to handle projects involving machine work on POM materials; thus we are experts in this field too.

Related services

CNC Machining Service
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Get a fast quote today for precision POM (Delrin/Acetal) CNC Machining services.

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Frequently Asked Questions

If you want to know more about POM (Delrin/Acetal) CNC Machining

Q: Why is POM considered an ideal material for CNC machining?

A: When it comes to CNC machining, POM or delrin or acetal is a favorite choice because it has good mechanical properties, high rigidity and low friction. Such features make this material applicable for precision components that need dimensional stability and wear resistance.

Q: Can POM be used in making both metal and plastic machine parts within CNC machining?

A: Absolutely! POM is a versatile engineering thermoplastic used for precision parts in both metal and plastic machine elements. Excellent dimensional stability together with mechanical properties of this kind allow it to work well in applications traditionally served by metals but at lighter weight and with corrosion resistance as bonus benefits.

Q: What are the main properties of POM that make it better for CNC machined parts than any other material?

A: The key features exhibited by POM include excellent dimensional stability, high strength (mechanical), low friction as well as superior wear resistance. These qualities which also resist creep while maintaining accuracy over time makes them highly desirable when selecting materials for use in CNC machined parts.

Q: How does designing with POM differ from designing with other materials on a CNC machine?

A: In most cases designers have to take into account some unique characteristics of the material being worked namely; high stiffnesses coupled with low frictions may require considering tool geometry or cutting angles so that too much heat isn’t generated during processing thereby leading to deformation. Additionally pathing or coolants should be applied cautiously so as not cause overheating which can distort dimensions due thermal expansion/contraction effects caused by these substances when used improperly.

Q: What are the benefits of using POM instead of metal in CNC machining?

A: Compared to metals lower costs per unit mass combined with less abrasive hardness gives machines longer life spans but still produce same quality finishes; moreover lighter weights will reduce production times especially where there’s need for transportation during assembly stages besides inherent corrosion resistance properties mean no rusting occurs over time. Additionally for certain applications there is better wear resistance exhibited by this polymer due its low moisture absorption rate and good surface finish in contact with other moving parts.

Q: What kinds of projects or components are suitable for machining POM by CNC?

A: The most appropriate projects or components for POM CNC machining include those needing high precision, very good wear resistance and dimensional stability. This involves gears, bearings, electrical engineering parts as well as those in the automotive and consumer electronics industries.

Q: When CNC Machining POM what challenges can be faced and how can they be solved?

A: Heat control which may cause material melting or deformation should be looked into among other challenges associated with CNC machining POM; correct chip removal must also be ensured so that clogging does not occur leading to tool wear. To address these problems one needs to optimize cutting parameters, employ proper coolant flow rates and choose suitable tools for working on POM.

Q: How do the accuracy of parts made through CNC machining using POM compare against those produced through traditional injection moulding?

A: Accuracy levels of CNC machined POM parts are often higher than those made via traditional injection molding because the former allows for tighter tolerances to be achieved while at same time giving room for more complex geometries without compromising mechanical properties of materials used. However, from an economic perspective it might turn out that only large scale production would justify use of injection moulding process.

Q: Are there any special maintenance considerations for a CNC machine when using it to cut pom pieces?

A: There is need for regular cleaning so as remove chips and other debris left behind during cutting process since accumulation of such materials can affect performance of machines used in pom processing. Furthermore one should ensure that cooling systems are functioning properly since failure may result into over heating of workpiece material thus causing damage.

Q: In relation to other plastics what is the environmental impact associated with cnc milling pom like?

A: Compared to many plastics cnc milling pom has relatively low environmental impacts mainly because it is durable, resistant towards chemical degradation besides being recyclable. Its extended lifespan reduces replacement rates thereby making it an eco-friendly option for various engineering applications.

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