Flow Media for Resin Infusion
Engineered to outperform traditional flow media in vacuum-assisted resin transfer molding (VARTM) and resin infusion processes.
Conwed™ Flow Media, made from Naltex™ Extruded Netting, is engineered to outperform traditional flow media in vacuum-assisted resin transfer molding (VARTM) and resin infusion processes. Designed for high-performance applications in aerospace, marine, and automotive industries, it delivers faster resin flow, reduced waste, and consistent quality – making it the smarter choice for manufacturers seeking to optimize composite production.
Benefits of Conwed Flow Media:
- Up to 15% Less Resin Waste – Our optimized diamond mesh geometry retains significantly less resin than leading flow media, reducing material costs and part weight.
- Accelerated Resin Flow – Bi-planar netting ensures fast, uniform resin distribution across complex geometries, shortening fill and cure times.
- No Fray, No Fiber Contamination – Unlike woven meshes, our extruded netting won’t unravel or shed fibers, ensuring clean lay-up and protecting vacuum bags and peel plies.
- High Thermal and Chemical Resistance – Available in polypropylene, polyamide, and PBT to match your resin system and temperature requirements – up to 150°C.
- Global Manufacturing & Support – Produced in ISO 9001-certified facilities in North America and Europe, with fast lead times and technical support.
- Additional Media and Services – Argotec manufactures TPU film for vacuum bags and wind turbine blade leading edge protection for tape manufacturers. In-house lamination and slitting are also available
Why Conwed Flow Media for Resin Infusion?
- Allows the use of higher-viscosity resin
- Reduces fill time
- Shortens mold cycle time
- Extruded – NOT woven
- Will not unravel or fray
- Flow channels enhance liquid and airflow
Why Choose Conwed’s Naltex™ Flow Media?
- Proven resin savings vs. traditional flow meshes
- Cleaner handling with no fraying or fiber shedding
- Customizable formats and materials for your process
- Global supply chain reliability and technical expertise
