Siraya Tenacious Lava black 1kg Resin for 3D Printer
Out of stock
Siraya Tech Tenacious Lava Black 1kg is a durable, flexible resin with increased hardness and impact resistance. Designed for printing technical and functional parts in deep black. Compatible with LCD/MSLA UV LED printers (395–405 nm).
€52.00 €55.35 incl. VAT 23%
Out of stock
Siraya Tenacious Lava black 1kg Resin for 3D Printer - Specification
Resolution: 8KResin type: FlexibleColor: Lava BlackBrands: SirayaNet weight: 1kgSiraya Tenacious Lava black 1kg
Technical specifications
- Type: Flexible photopolymer resin with increased hardness
- Colour: Black (Lava Black)
- Capacity: 1000 g (1 kg)
- Curing wavelength: 395–405 nm
- Tensile strength: approx. 32 MPa
- Elongation at break: up to 110%
- Shore hardness: 75D
- Impact resistance: Very high
- Thermal resistance: Increased temperature resistance
- Compatibility: LCD/MSLA UV LED printers
- Application: Functional, mechanical and technical parts, shock absorbers
- Packaging: UV-protected bottle
Resin for 3D printers Siraya Tech Tenacious Lava Black 1 kg
Siraya Tech Tenacious Lava Black is a highly durable, flexible resin for 3D printing, designed for applications requiring exceptional impact and mechanical stress resistance. Its deep black colour and exceptional durability make it the ideal choice for the production of functional parts, enclosures and engineering prototypes. With its excellent balance between flexibility and rigidity, Tenacious Lava is a versatile solution for professionals and demanding hobbyists.
Key features
- High impact resistance: Ideal for applications where components are subject to dynamic loads.
- Flexibility and elasticity: Allows you to print parts that can bend without breaking.
- Excellent combination with other resins: Can be mixed with stiffer resins (e.g. Siraya Fast) to improve strength without losing detail.
- Lava Black colour: An intense black shade with a semi-matt finish.
- Compatibility: Works with most LCD/MSLA printers with a wavelength of 395–405 nm.
Applications
- Protective enclosures
- Mechanical components
- Latches and spring connections
- Functional prototypes
- Models requiring stress resistance
