Intec srl’s tooling resins are the result of decades of experience in formulating cutting-edge solutions for the rapid construction of high-performance plugs and moulds. Each tooling resin in our range is designed to offer composite professionals maximum efficiency and reliability at every stage of the production process, from preparation to final lamination, ensuring excellent and long-lasting results.


Resin for polyestyrene lamination R999 | Intec Srl

R999

Resin For Polyestyrene Lamination

Vinylester resin for skincoat RV2025 | Intec Srl

RV2025

Vinylester Resin For Skincoat

Prefilled tooling Resin HP for Moulds RS2030 | Intec Srl

RS2030

Prefilled Tooling Resin HP For Moulds

Prefilled tooling resin for mould hph RS2040 | Intec Srl

RS2040

Prefilled Tooling Resin For Mould HPH

Polyester prefilled lp tooling resin RS6060LP | Intec Srl

RS6060LP

Polyester Prefilled LP Tooling Resin

High-performance low-profile tooling resin RS6065LP | Intec Srl

RS6065LP

High-Performance Low-Profile Tooling Resin

Our Tooling Resins Range: Polyester and Vinylester

Intec srl offers a wide and specialized selection of tooling resins, including formulations based on both polyester and vinylester resins. Our vinylester tooling resins are ideal for skincoat applications, providing excellent surface hardness, high solvent resistance, and remarkable crack prevention capabilities. This makes them crucial for creating durable, low-maintenance moulds. On the other hand, our pre-filled polyester tooling resin formulations, including those with low styrene content, ensure minimal shrinkage, high wettability, and superior thermal and mechanical performance. These characteristics make polyester tooling resin perfect for structural lamination, whether manual or by infusion. Our range also includes fiberglass tooling resin for applications requiring specific reinforcements.

Properties and Advantages of Our Tooling Resins

Every Intec tooling resin is formulated to guarantee exceptional performance. The distinctive properties of our tooling resins include near-zero linear shrinkage, which ensures absolute fidelity to the original model and top-quality surface finishes, essential for precision molds. Their high density and specific composition allow for easy processing even on complex geometries and with Computer Numerical Control (CNC) machines. The superior thermal and mechanical resistance of our tooling resins contributes to the longevity and reliability of molds over time, enabling them to withstand intensive production cycles. Our tooling resins are synonymous with high quality and precision.

Versatile Applications of Intec Tooling Resins

Intec srl’s tooling resins find extensive use across a multitude of industries, from marine to automotive, aerospace to industrial design. They are the preferred choice for creating master plugs, moulds for composite materials, and prototypes, as well as for repair interventions on critical surfaces. The use of our tooling resins enables the creation of moulds with extremely high wear and chemical resistance, a fundamental aspect for serial component production. Our fiberglass tooling resin is particularly suitable for applications demanding robustness and structural integrity. Choosing these solutions means optimizing processing times and reducing costs, significantly improving the final product quality and the overall molding process efficiency.

Why Choose Intec for Your Tooling Resins?

Choosing Intec srl’s tooling resins means relying on a trusted partner, a leader in innovation and quality in the composites field. Our team of experts is available to provide consultation and technical support, helping you select the most suitable tooling resin for your specific project and production requirements. With Intec, you will not only receive cutting-edge products but also the guarantee of comprehensive assistance to optimize your plug and mould construction processes, ensuring excellent and lasting results. Our commitment to research and development ensures that our tooling resins are always up to the most complex challenges.