1. Define the part
Geometry, laminate direction, size, surface, tolerance and annual volume set the viable process window.
Compare open-mold, closed-mold, continuous, pressure-cure and thermoplastic routes by geometry, volume and the controls a Chinese supplier should document.
Geometry, laminate direction, size, surface, tolerance and annual volume set the viable process window.
Material handling, tooling, pressure or vacuum, cure and dimensional control distinguish capability from a process label.
Approve the exact product-process relationship through records, trials, inspection and product-level test evidence.
Use the motion diagrams to distinguish feed, tooling, pressure, cure and consolidation before opening the detailed factory-control guide for each route.
Continuous profiles with aligned reinforcement, controlled resin impregnation, heated dies and secondary machining.
Rotational placement of continuous reinforcement for pipe, tanks, ducts and pressure-bearing cylindrical structures.
Open-mold laminate production for large, low-volume and geometrically complex FRP components.
Matched metal die compression molding of SMC, BMC, GMT and wet composites for high-volume structural components.
Matched-tool compression molding for repeat composite covers, enclosures and engineered parts.
Closed-mold resin transfer molding for controlled surfaces, repeatable laminate thickness and medium-volume components.
Chopper-gun deposition of resin and short reinforcement for economical open-mold shells, covers and large low-volume parts.
Flexible-bag consolidation of wet lay-up or prepreg laminates to improve compaction, air removal and surface consistency.
Vacuum-driven resin flow through dry reinforcement for large panels, marine structures, blades and controlled closed laminates.
Controlled prepreg lay-up cured under elevated temperature and pressure for aerospace-grade laminate quality and low void content.
Robotically steered continuous tows placed over contoured tooling for repeatable, optimized high-performance structures.
Interlaced continuous yarns formed around a mandrel for impact-tolerant tubes, profiles, preforms and complex hollow structures.
Layer-wise additive manufacturing with chopped or continuous fiber reinforcement for tooling, prototypes and near-net-shape parts.
Rapid heating, stamping and consolidation of reinforced thermoplastic sheets or organosheets for repeat production.
Continuous film, resin and reinforcement consolidation for flat or profiled FRP sheet, panel and translucent building products.
Search demand often mixes a product, a machine and a process. These clusters give every route a clear role while keeping the product page as the commercial destination.
pultrusion · pultruded fiberglass · custom pultrusion
Continuous structural profiles and sheet made through controlled reinforcement placement, resin impregnation and heated tooling.
filament winding · wound FRP pipe · winding machine
Controlled fiber angle and tension for pipe, tanks, vessels and other axisymmetric structures.
compression molding · SMC compound · BMC parts
Matched-tool molding for repeat components with integrated ribs, inserts, color and surface finish.
resin transfer molding · RTM parts · closed mold
Closed-mold resin injection for controlled surfaces, laminate thickness and repeat medium-volume parts.
vacuum infusion · VARTM · infusion mesh · peel ply
Vacuum-assisted consolidation and resin flow for large panels, blades, marine structures and controlled laminates.
custom fiberglass fabrication · hand lay-up · spray-up
Open-mold fabrication for large, complex and lower-volume composite parts and corrosion equipment.
carbon fiber prepreg · composite autoclave · AFP
Controlled intermediate, lay-up and pressure cure routes for high-performance, low-void laminates.
LFT · GMT · thermoplastic prepreg · composite 3D printing
Rapid forming and additive routes for reinforced thermoplastic sheets, organosheets, pellets and near-net-shape parts.
Use the process page to build the audit checklist, then validate the factory against the exact material, geometry, tolerance, volume and acceptance plan.