Our wide range of services in the field of plastic injection molding is the basis for the realisation of a variety of customised, innovative solutions for different applications and industries.

A customer-oriented, agile organisational structure, short decision-making paths, an efficient process environment and our modern technical equipment support the result-oriented project implementation of your solution.

Plastics development, mold design and construction, various injection molding technologies, CNC machining of molded parts, assemblies and other finishing options – we use the entire value chain to develop solutions.

Together with our customers, we develop customised plastic injection molded parts and individual solutions that are precisely tailored to their needs and requirements.

From fossil fuels like coal, oil and gas to renewable sources like solar, wind and hydro, many facets of our daily lives are powered by consumable energy. And as industry advances and populations grow, the demand for energy increases. This places a tremendous amount of pressure on energy companies to scale up their operations, which increases the need for equipment parts.

However, producing parts for the energy sector comes with its own set of challenges. Extreme environmental conditions, stringent industry standards, keeping operational costs low and powering society without pause are all factors that need to be heavily considered when manufacturing parts for energy industry applications. It’s in these areas where injection molding can provide the most benefits.

The process of injection molding involves the heating and injecting of plastic material under pressure into a closed metal mold. The molten plastic is then cooled until it hardens into the desired shape — which can vary in size, volume and complexity. But to achieve repeatable, high-performing parts that meet all your specifications, that requires putting your trust in the right injection molding manufacturer. That’s why many companies rely on Rjcmold for the parts they need.

Rjcmold is a full-service contract manufacturer and molder of engineered resins. Since 2003 , we’ve kept our manufacturing services within the China and United States, offering our customers an expedited and high-quality experience. Our 36,000-square-foot facility, dedicated engineering team, ISO 9001:2015 certification, and round-the-clock operations make us the perfect partner for your engineered resin needs. Explore our production capabilities below or reach out to our team with questions.

Depending on the type of energy source, environment or equipment, plastic parts may be required to deliver a range of performance capabilities. In the oil and gas industry, equipment parts like fittings, clamps and pump components often need to endure harsh environmental conditions and maintain their integrity despite contact with corrosive chemicals and materials.

To help create parts that can withstand extreme operational demands, Rjcmold provides a large range of high-performance injection molding materials, including engineering-grade plastics, thermoplastics and specialty plastics. This allows you to achieve a wide variety of performance properties like greater mechanical and tensile strength, corrosion and chemical resistance, UV resistance and more — all in one part.

Rjcmold also offers overmolding services. Overmolding expands on the benefits of injection molding by allowing you to manufacture intricate parts and assemblies from two or more materials in a short amount of time. This means you can achieve quick-turn parts with superior strength and performance properties — such as thermal and impact resistance — that are better suited for more demanding energy industry applications.

With overmolding, rigid plastic materials can also be encompassed in a soft elastomeric rubber material to create parts with enhanced electrical resistance or sealing properties. And in some cases, it can help lower cost per part by eliminating the need for connectors, O-rings and other rubberized pieces and associated part assembly labor.

With growing environmental concerns driving demand for faster advancements in the renewable energy sector, rapid prototyping and speedy part production has become crucial. Providing the resources and technical expertise needed to speed up the design, development and production of equipment components for solar, wind, hydro or geothermal operations, Rjcmold can help renewable energy companies go from prototype to finished part in as little as 10 days. This is done by analyzing part design plans and providing Design for Manufacturability (DFM) feedback. DFM allows you to remedy part manufacturability issues early in the prototyping process to avoid costly roadblocks and pick up efficiencies along the way — which is key for keeping innovation timelines on track.

Additionally, Rjcmold offers the option to use low-cost, quick-cooling aluminum tooling for short runs of prototype parts. And once you’re past the prototyping stage and ready to scale up production, Rjcmold offers steel molds for longer production runs or as a bridge tooling solution.

In the energy industry, there’s no room for downtime. When an equipment part fails, energy sourcing operations can be slowed or halted until a repair can be made. This delay can be costly to the company. That’s why it’s important to develop consistent, high-strength equipment parts that can withstand years of use.

Combining computer-aided design with quality injection mold tools, Rjcmold’s injection molding services make it possible to develop robust equipment parts with complex geometries in a very repeatable fashion. To further ensure repeatability and the delivery of high-quality parts that meet energy industry regulations, Rjcmold offers a wide range of injection mold manufacturing options with rigorous quality management systems and inspection protocols in place. Additionally, one of Rjcmold’s quality engineers will conduct quality assessments of your parts and deliver transparent inspection documentation to ensure all standards and specifications are being met.