Loctite 3D 3860 Resin

LOCTITE 3D 3860 represents a state-of-the-art rigid resin, engineered to endure high-temperature stress, making it perfectly suited for applications demanding exceptional resolution alongside a high Heat Deflection Temperature (HDT). Products crafted using LOCTITE 3D 3860 are characterised by their remarkable HDT and superior print resolution, showcasing the material’s robust performance capabilities.

This resin is distinguished by its low viscosity, enabling seamless printing at room temperature across diverse DLP platforms. LOCTITE 3D 3860’s advanced formulation ensures it remains a versatile and reliable choice for high-precision applications where durability and high thermal resistance are paramount.

Key Benefits

• Enhanced Durability without Deformation: Engineered for increased longevity and resilience, ensuring a stable and robust structure over time.
• Superior Temperature Resistance: Designed to withstand prolonged exposure to thermal stress, maintaining its integrity and performance.
• Optimised Printing Experience: Facilitates a smooth printing process with exceptional print clarity and detail.
• Engineered for High-Temperature Stress: LOCTITE 3D 3860 is designed to withstand significant thermal stress, making it ideal for high-stress applications.
• Remarkable Heat Resistance: Products made with LOCTITE 3D 3860 demonstrate superior heat deflection, ensuring durability and longevity under thermal stress.
• Superior Print Resolution: The resin facilitates the creation of finely detailed and crisp prints, highlighting its excellent print quality.
• Low Viscosity for Easy Printing: Its low viscosity formulation allows for effortless printing at room temperature on various DLP platforms, enhancing its usability and efficiency.
• Versatile Across DLP Platforms: LOCTITE 3D 3860 is compatible with a wide range of DLP platforms, offering flexibility in its application.
• Exceptional Resolution and HDT: This rigid resin is optimized for projects requiring both high-resolution detailing and a high Heat Deflection Temperature.

Ideal Applications

• Prototyping for Functionality: Crafting prototypes designed to test and demonstrate the practical aspects of a concept, ensuring they meet specific operational requirements.
• Enclosure Fabrication: The process of creating protective casings or shells, often for the purpose of safeguarding sensitive components from environmental factors or for aesthetic integration.
• Construction of Mounts and Casings: Developing supports and outer coverings that not only secure devices in place but also provide structural integrity and protection against physical stresses.
• Ideal for manufacturing and automotive industries