BASF Ultracur3D Tough UV Resin ST 1400 - 1 kg - Clear

Overview of BASF Ultracur3D Tough UV Resin ST 1400

Discover the exceptional quality and performance of BASF Ultracur3D Tough UV Resin ST 1400. This high-quality, clear UV resin has been specially developed for demanding 3D printing applications. With its 1 kg packaging, it offers an optimal combination of toughness and durability, ideal for engineers, designers and artists looking for reliability and precision.

Why choose BASF Ultracur3D Tough UV Resin?

BASF Ultracur3D ST 1400 is characterized by its exceptional toughness and clarity, which makes it possible to create detailed and robust objects. Whether for prototyping, small batch production or artistic projects, this UV resin ensures impressive results with minimal effort. Its special formulation ensures fast curing and a high level of detail.

Advantages and properties

Benefit from the versatile properties of BASF Ultracur3D Tough UV Resin ST 1400. The formula offers an outstanding balance between toughness and flexibility, making the finished objects both resistant and durable. The clear texture also enables excellent visual inspection of internal structures and details, which is a great advantage in various application areas.

Technical data

• Weight: 1 kg
• Color: Clear
• Toughness: High
• Curing time: Optimized for fast processing
• Compatibility: Suitable for various UV curing systems
• Shelf life: Long shelf life when stored correctly
• Formulation: Specially developed for high detail accuracy
• Area of application: Versatile, from prototypes to art objects
• Packaging: Safe and sustainable
• Safety standards: Complies with high industry standards

Areas of application

• Prototype construction and product development
• Small series production in the industry
• Artistic applications and design
• Educational purposes and research
• Production of detailed models and miniatures
• Repair and restoration of art and cultural objects
• Creation of jewelry and fashion accessories
• Use in dentistry and medical technology
• Development of functional models
• Use in the toy industry