LCM Process + Preform - MFG PRiME™

LCM Process with Preform Reinforcement: MFG PRiME™

Preform Process - Precisioin Robotic Fiber PlacementPRiME is our proprietary LCM (liquid composite molding) process with pre-placed reinforcement. It offers similar performance characteristics as SMC and similar cost and volume benefits. The key distinction is superior structural efficiency that improves mechanical and cosmetic properties of the molded part. This advantage makes it popular for high-volume automotive and truck parts that require greater structural integrity.PRiME logo

PRiME uses pre-placed reinforcement, precisely aligning the fibers with the load set of the product. This results in improved fiber efficiency and lower cost per weight. Use of advanced robotics minimizes the variation in fiber as well as the labor content, further enhancing performance. These factors expand the design allowables and reduce energy costs by up to 50%.

How does PRiME stack up against SMC?

Fig 1Figure 1 plots the impact energy of PRiME vs SMC. At the various stages of the impact event, PRiME absorbs much more energy than SMC.

Fig 2When comparing the tensile strength of PRiME vs SMC (Figure 2), the averages are very close for both materials — but the range is much tighter for the PRiME part. This is due to more uniform distribution and orientation of the glass fibers. The lower variation allows product designers to use materials very close to their design limits — resulting in stronger, lighter and more efficient parts.

Fig 3Chevrolet has been using PRiME for the Corvette since 2007 (Figure 3). The PRiME parts reliably meet the essential fiber content and mechanical specifications, yet contain less overall fiber. That makes for lighter, faster Corvettes!

Resource Type Description
Mass Reduction With Value-Engineered Composites PDF Guidance for light-weighting (mass reduction) of products using advanced composite materials.
Technical Design Guide for FRP Composite Products and Parts PDF Fiberglass (FRP) composite materials and processes are explained in detail. This design guide outlines various selection criteria with helpful technical data and comparisons to alternative materials.
Guide for Selecting Best FRP Composite Process PDF Guidelines for Selecting the Best FRP Composite Process for Your Project
Preform Binder Technology White Paper PDF Technical paper discusses the critical properties and processing characteristics of directed fiber preforms as they relate to the different types of binder systems that can be used to produce the preforms.
LCM Process + Preform - MFG PRiME™ Video Short video explaining MFG's PRiME process (compression molding with pre-placed reinforcement). This composite molding process has become the platinum standard in the automotive, heavy truck and defense industries where light-weight, high reliability components are required.
MFG PRiME™ Information Sheet PDF Article on MFG PRiME™. Introduced in 2007 by the Molded Fiber Glass Companies, PRiME™ has become a preferred molding process among OEM's for parts that require high mechanical strength.

Snapshot Guide: Shapes, Uses and Considerations

All applications. Capable of excellent surfaces. Widely used for automotive structural components. Delivers the cost-efficiency of SMC with aero-quality mechanical characteristics.