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Precisa DL260

Production of master models for vulcanised rubber molds and liquid silicones. It resists temperatures up to 150 °C.

Production of master models for vulcanised rubber molds and liquid silicones. It resists temperatures up to 150 °C.

Precisa DL260 is a high-performance SLA resin for rubber molding applications, specifically developed for industrial 3D printing.

This master model resin is ideal for producing highly accurate master patterns, both thick and thin, for rubber molds used in molding processes up to 150°C and RTV silicone molds.

It is not suitable for traditional vulcanization processes that typically exceed 150°C.

Thanks to its excellent dimensional stability and printing precision, it ensures outstanding detail reproduction in mold-making workflows.

The extremely smooth surface finish achievable with Precisa DL260 also makes it suitable for aesthetic prototypes and high-quality visual models, minimizing post-processing requirements.

Precisa DL260 is the ideal 3D printing resin for RTV silicone molds and rubber mold masters in industrial applications requiring precision, superior surface quality, and thermal resistance up to 150°C in rubber molding processes.

Industries

Educational General manufacturing Jewelry

Areas of Applications

Jewels Prototyping

Precisa DL260 main features

Temperatures up to 150°C

Surface quality

Perfect details

Dimensional accuracy

Technical data

Technical characteristics of the liquid material

Environmental Values for Use22°C - 27°C - max, RH 40% - 60%
Appearance / ColourLiquid / Opaque Grey
Density1,29 g/cm³
Viscosity1600 ~ 2400 mPa•s at 25°C

Technical characteristics of the resin after UV curing

Elongation (%)
Elongation at Break (%)2 ~ 6
Elastic module (MPa)
Shore Hardness (Shore A)
Shore Hardness (Shore D)86 ~ 91
Flexural Strength (MPa)50 ~ 65
Flexural Modulus (MPa)1300 ~ 2800
Tensile Strength (MPa)25 ~ 40
Tensile Modulus (MPa)1350 ~ 2700
HDT@0,46MPa50 ~ 82
HDT@1,81MPa
Notched IZOD (J/m)
H2O absorption in 24h (%)
Application / UseRubber Master Models