Resin Transfer Molding Design & Manufacturing Solutions
Composite products engineered for strength, performance, chemical resistance, and structural durability.
When to Use Resin Transfer Molding
Resin Transfer Molding, or RTM, is a composite manufacturing process used to create strong, lightweight structural parts using a 2 part resin system with infused fiberglass particles. It is ideal for applications requiring high strength-to-weight ratios and durable composite performance.
At Emerge Molding Solutions, we help determine when RTM is the right solution based on structural requirements, weight reduction goals, environmental exposure, and product performance expectations.
We recommend RTM when your product requires:
Talk to a Resin Transfer Molding (RTM) Specialist
Fill out our contact form below to get in touch with us.
Our RTM Design Expertise
The performance of a composite product depends heavily on how it is engineered from the beginning. At Emerge Molding Solutions, we design Resin Transfer Molding components with careful attention to structural requirements, fiber reinforcement strategies, resin behavior, tooling design, and long-term performance. Every aspect of the design impacts strength, weight, surface finish, manufacturability, and production consistency.
RTM is especially valuable for applications that require lightweight construction combined with high structural integrity and environmental resistance. By engineering specifically for the RTM process, we help reduce production challenges while improving part performance and manufacturing efficiency.
Whether the goal is weight reduction, structural reinforcement, corrosion resistance, labor reduction or high-performance composite construction, we help develop RTM solutions that balance engineering performance with scalable manufacturing.
Typical Resin Transfer Molding (RTM) Applications
Resin Transfer Molding is used across a wide range of industries where lightweight strength, structural durability, and composite performance are critical. Its ability to produce complex reinforced components makes it ideal for demanding industrial, transportation, marine, infrastructure, construction and speciality applications. It should always be considered as an alternative for traditional fibreglass, cast iron and welded steel parts.
Let’s Build Something That Works From Day One