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Phillips Plastics’ metal injection molding (MIM) capabilities create molded, metal components ranging in size from as small as 0.013 to 0.375 grams with as-sintered tolerances within 0.003 to 0.005 inches per-inch (0.3-0.5%). The Company offers a state-of-the-art facility combined with over 40 years injection molding experience and technical resources specializing in this capability.
The Company’s commitment to and years of experience with the MIM process has created a foundation to support high and low volume programs. An experienced staff skilled in designing for MIM, combined with extensive knowledge gained by molding a variety of materials, makes Phillips a trusted and dependable source.
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- Complete in-house and overseas tooling services
- Continuous debind and sintering equipment
- Complex geometries
- Density and mechanical properties approximately 98% of wrought
- High cavity-to-cavity repeatability ensures first and millionth part is the same
- Near net-shape molding
- Full range of value-added secondary services
- Extensive metallurgy knowledge and experience
- In-house quality control and metallurgical lab
- Ability to reduce or eliminate secondary machining and assembly
- Process broad range of alloy to mold small, complex parts, including: stainless steels, titanium, Kovar®, nickel steels, tool steels, tungsten, super alloys, and soft-magnetic alloys
Click here to download Phillips' metal injection molding design guide.
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You're just a click away from seeing all that Phillips Plastics Corporation has to offer. Click on the link to take a brief tour of the Company's locations and capabilities - from design through production, distribution, and beyond. |
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 Magnesium injection molding (MAG), once known as an arduous, sometimes unpredictable process, is now an established, proven technology. Ideal for companies looking to produce parts lighter and stronger than aluminum, magnesium can be finished with a variety of decorative methods. The metal is well suited for such markets as appliance, automotive, consumer, defense, lawn and garden, medical, recreational, and telecommunications. Magnesium injection molding is an option to be considered for the toughest, most technically challenging programs.
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