Knowde Enhanced TDS
Identification & Functionality
- CASE Ingredients Functions
- Technologies
- Product Families
Features & Benefits
- CASE Ingredients Features
- Benefits
Framework of the LCA
Goal: Calculation of the environmental performance of products manufactured and sold by Business Line Interface E Performance
System Boundary: Cradle-to-Gate Functional Unit (FU): 1 kg POLYMER ST 80
Methodology: All our Life Cycle Assessments are following the principles of ISO 14040/44 and ISO 14067 standards. The established method of the Dutch Environmental Science Research Center Leiden (CML) with characterization factors from November 2013 was used.
Data Sources: The LCA was created in 2014 by an internal Life Cycle Management team. The LCA is based on primary data from the year 2014 by Evonik for the production process, while secondary data from databases (such as GaBi and ecoinvent), suppliers or literature is utilized for external processes and raw materials. The software GaBi 10 was used for the LCA modeling. The data for energy consumption were updated with values from 2021.
Cut-off rules for the inventory: In general, 1% for single inputs and below 5% for the sum. No environmentally relevant flows were neglected. Some utilities of production processes have been modeled analog to known processes. Transports have been considered but distances have mainly been estimated. The result uncertainty in all categories is about ± 20% as these results base on several assumptions
Results (Cradle-to-Gate)
Evaluation variables Value Unit per FU Blue water consumption 17.1 kg Acidification Potential 0.01 kg SO₂ eq. Global Warming Potential incl. LUC 3.6 kg CO₂ eq. Primary Energy Demand 95.5 MJ - Characteristics
- Release ofMethanol
- Modulus of Formulation : High
- Polymer Backbone :PPG
- Position of Crosslinking Groups : Terminal
Applications & Uses
- Applications
- Adhesive & Sealant Type
- Applications
The product design of Polymer ST 80 enables formulators to produce adhesives with high strength combined with exceptional surface hardness. This makes it possible to address applications that require Shore D hardness levels. Currently 2K-polyurethanes or epoxies are most commonly used in these applications.
- Processing
- When selecting raw materials, especially when it comes to fillers (e.g. CaCo3), it is recommended to use products with the lowest water content possible. Fillers can be pre-dried before use.
- Containers should be stored at a similar temperature to their surroundings as to reduce the chance for water condensation. This is of particular importance when materials are stored outside in the winter months.
- It is necessary to keep all equipment used for processing clean and dry. Surfaces can be cleaned with volatile solvents, such as acetone, if necessary.
- The product is activated for reaction once the catalyst is added or when exposed to moisture. After this time it must be kept in closed, dry containers.
- Application
- Adhesives for DIY and professionals
- Civil engineering
- Wood adhesives
Properties
- Color
- Appearance
- Colorless, transparent
- Technical Data
| Value | Units | Test Method / Conditions | |
| Viscosity | approx. 20,000 | mPa·s | — |
| Tensile Strength (in formulation) | approx. 10 | N/mm² | — |
| Elongation in Formulation | 30 | % | — |
| Hardness (in formulation) | 80 | — | Shore A |
Regulatory & Compliance
Technical Details & Test Data
- Life Cycle Assessment (LCA)
Framework of the LCA
Goal: Calculation of the environmental performance of products manufactured and sold by Business Line Interface E Performance
System Boundary: Cradle-to-Gate Functional Unit (FU): 1 kg POLYMER ST 80
Methodology: All our Life Cycle Assessments are following the principles of ISO 14040/44 and ISO 14067 standards. The established method of the Dutch Environmental Science Research Centre Leiden (CML) with characterization factors from November 2013 was used.
Data Sources: The LCA was created in 2014 by an internal Life Cycle Management team. The LCA is based on primary data from the year 2014 by Evonik for the production process, while secondary data from databases (such as GaBi and ecoinvent), suppliers or literature is utilized for external processes and raw materials. The software GaBi 10 was used for the LCA modeling. The data for energy consumption were updated with values from 2021.
Cut-off rules for the inventory: In general, 1% for single inputs and below 5% for the sum. No environmentally relevant flows were neglected. Some utilities of production processes have been modeled analog to known processes. Transports have been considered but distances have mainly been estimated. The result uncertainty in all categories is about ± 20% as these results base on several assumptions
Results (Cradle-to-Gate)
Evaluation variables Value Unit per FU Blue water consumption 17.1 kg Acidification Potential 0.01 kg SO₂ eq. Global Warming Potential incl. LUC 3.6 kg CO₂ eq. Primary Energy Demand 95.5 MJ
Packaging & Availability
- Packaging Type
- Packaging
950 kg IBC
Storage & Handling
- Shelf Life
- 12 months
- Storage Condition
Store in closed containers at temperatures up to 104 °F (40 °C) to meet shelf life.