Materials & manufacturing methods
We produce carbon-fiber parts and molds using hand layup, vacuum bagging and vacuum resin infusion. We select the route for the geometry, weight, finish and quantity; these are process options, not three compulsory stages.
High relative cost
Fiber, resin, tooling, layup and process control usually cost more than a glass-fiber alternative. Carbon is most useful when the weight or stiffness target earns that investment.
Mold quality controls the surface. Tight corners, visible weave alignment and complex split molds add labor; a carbon appearance alone does not describe the underlying structure.
Carbon can offer high stiffness for its weight. Impact damage, brittle fracture and fiber direction must be considered separately; it is not automatically tougher in every situation.
A good option when low weight and stiffness are both priorities. The actual saving depends on the laminate and the equivalent design target.
Service temperature depends on the resin and cure, not the fiber name alone. UV finish and isolation from incompatible metal contacts may need specification.
Specialist parts and tools where performance justifies tooling and process costs. Repetition can spread mold setup across more parts.
Visible weave with a specified clear finish, or paint. Cosmetic skins and load-carrying laminates are different specifications.
We place the carbon fabric in the mold and wet it with resin by hand, using brushes or rollers.
An accessible route for custom shapes, small quantities and work where minimum weight is not the main target.
Lower equipment setup; resin content and air removal rely closely on workmanship. Vacuum consolidation can be added where needed.
After wetting the reinforcement, we seal it under a vacuum bag. Atmospheric pressure consolidates the layers while the resin cures.
Useful when closer control of consolidation and laminate weight is needed after hand layup.
Adds bagging materials, sealing and setup work. The result depends on the layup, resin and a reliable seal.
We place dry fabric in the mold, seal the bag and draw suitable liquid resin through the reinforcement under vacuum.
Suitable for shells and panels where the resin flow can be planned for the geometry.
Requires flow planning, leak checks and infusion consumables. Dry areas and resin flow need control; the process alone does not guarantee strength.
Tell us whether you need a mold used to produce carbon parts, or a mold whose own structure is carbon composite. They are different requests. Include the part size, resin/cure temperature, required quantity and surface tolerance.
No single ranking covers stiffness, impact, tension and damage tolerance. We compare equivalent constructions and the actual load case, not just the names of the fibers.
If you have not chosen a material, share the setting and approximate dimensions; we can work it out together.
Request a quote