Henkel Loctite 3D 3172 HDT50 High Impact Gray - 1 kg

Introduction to Henkel Loctite 3D 3172 HDT50 High Impact Gray

The Henkel Loctite 3D 3172 HDT50 High Impact Gray is a top product for professional and demanding 3D printing projects. With its exceptional impact resistance and high temperature resistance, this material is ideal for the production of durable and robust components. Its special formulation ensures outstanding print quality and attention to detail, making it an excellent choice for engineers, designers and manufacturers.

Why choose Henkel Loctite 3D 3172?

Choosing Henkel Loctite 3D 3172 HDT50 High Impact Gray for your next 3D printing project offers you many benefits. In addition to high impact strength and heat resistance, this material enables excellent surface quality and minimal shrinkage. It is compatible with a wide range of 3D printers, which underlines its versatility and ease of integration into existing workflows. Whether for prototypes, end products or functional parts - this resin ensures that your products not only look good, but also stand up to daily demands.

Sustainability and safety

Henkel is committed to environmental protection and sustainable production. The Loctite 3D 3172 HDT50 High Impact Gray follows these principles by ensuring high durability of printed parts, resulting in less waste. The material also complies with current safety standards, ensuring the health and safety of users during handling and processing. Choose a product that is not only efficient, but also responsible.

Technical data

• Color: High Impact Gray
• Weight: 1 kg
• Impact resistance: High
• Temperature resistance: Up to 50°C HDT
• Surface quality: Excellent
• Compatibility: Wide range of 3D printers
• Material type: Photopolymer resin
• Minimal shrinkage
• Safety standards: Complies with current standards
• Sustainability: Developed for longevity and low waste

Areas of application

• Prototyping: Fast production of prototypes
• End products: Production of saleable products
• Functional parts: Creation of resilient components
• Education sector: Use in schools and universities
• Industrial design: Ideal for high-quality design objects
• Automotive industry: parts for special requirements
• Medical devices: Components that require precision
• Architectural models: Detailed models and maquettes
• Art and sculptures: realization of creative projects
• Mechanical engineering: Robust parts for machines and systems