Description
ACRIFIX® 2R 0190 Versatile Cement, when combined with ACRIFIX® 0020 Catalyst, forms a reliable and versatile solution for bonding various materials.
- Two-Component Reactive Cement
- Clear, with a slight purple tint
- Preferred for bonding acrylic and thermoplastics
ACRIFIX® 2R 0190 provides exceptional bonding for materials such as acrylic (PMMA), ABS, PET, PC, PVC, and wood. It is an excellent choice for projects requiring clarity and strength. The cured joints are almost colorless, ensuring visually appealing results.
Common applications include:
- Bonding ACRYLITE® cast acrylic sheets
- General-purpose industrial bonding
- Assembly of precision parts
This adhesive cures completely with the addition of 3–6% ACRIFIX® 0020 Catalyst and performs best when annealing is applied to reduce stress cracking.
Technical
Precision and Versatility!
ACRIFIX® 2R 0190 Reactive Cement, paired with ACRIFIX® 0020 Catalyst, is a two-component solution designed for superior bonding performance. It is ideal for creating strong, clear, and precise joints in projects that demand high accuracy.
- Key Features:
- Two-component adhesive with adjustable curing times
- Clear finish with a slight purple tint
- Enhanced adhesive performance with proper annealing
- Strong bonds resistant to stress cracking
Ensure parts are clean and free from grease or debris before applying the adhesive. For optimal results, anneal the bonded parts after curing for 2–4 hours at 158–176°F (70–80°C).
Achieve professional-grade results with ACRIFIX® 2R 0190!
Download the Technical Data Sheet (TDS) for more detailed information.
Safety
Safety Measures and Health Protection
Contains methyl methacrylate, which can irritate eyes, skin, and the respiratory system. Avoid direct contact with the adhesive, and ensure adequate ventilation when using. If contact occurs, rinse immediately with water and seek medical advice if necessary.
Ensure storage in a cool, dry place with the container tightly closed. Handle with care to avoid accidental exposure or spillage.