AdtraPUR 9120
AdtraPUR 9120 is a reactive hot melt for textile lamination with low viscosity which is also suitable for films (except PVC) and foam products.
Product families
Applications
- Textile Manufacturing
Product Families
- Structural Adhesives
Other characteristics
- Brand
- AdtraPUR
- Product Type
Hot Melt Adhesive, Reactive Adhesive, Structural Adhesive; Hot Melt Adhesive; Reactive Adhesive; Structural Adhesive
- Application Area
- Textiles
- Application Method
- Roller, Spray
- Markets
- Industrial
- Conditions
*Open time can vary depending on the substrate, adhesive application and on adhesive/substrate temperature.
- Technology
- Ready-to-Use Products
- Application Methods
- Roller
- Spray
- HIGHLIGHTS
AdtraPUR 9120 enable bonds to be achieved which are washable and even resistant to sterilization but nevertheless soft to the touch.. AdtraPUR 9120 ensure an environment that is low in pollutants.
- Usage
AdtraPUR 9112 is suitable for textile-processing, foam and filter industries. AdtraPUR is suitable for the processing of textiles, leather, foams and membrane films as well as PVC and pre-treated PE and PP materials.; AdtraPUR 9112 enables bonds to be achieved which are washable and even resistant to sterilization but nevertheless soft to the touch.; AdtraPUR 9112 is available to the user for common application techniques, no matter whether spray, roller, or nozzle application, in the production of filters that are optimally tailored to the process, for example, the embedding of activated carbon or the lamination of filter materials.; AdtraPUR 9112 is suitable, for example, for the manufacture of air filters for air-conditioning systems and the automotive sector and for filters in ventilation systems used in clean rooms.
- Certifications and Compliance
- ISO 14001
- ISO 9001
- Ready to Use Product Features
- Low Viscosity
Technical data
Table 1 of 1
3 rows| Characteristic | Value | Unit |
|---|---|---|
| Application Temperature | 80 - 140 | °C |
| Open Time* | min. 20 | min |
| Viscosity (130°C) | 3000 - 5000 | mPas |
