What Is VOC in Industrial Adhesives and Why Does It Matter?
VOC refers to organic compounds that can air in normal working conditions due to high steam pressure. Some solvent-based adhesives can be important VOC source. However, ‘VOC free’ or ‘low VOC’ statement does not show that all health, fire and environmental risks are eliminated alone.
Why is VOC process?
Evaporating solvents affect working area air, smell management, ventilation need and risk of fire-pating in some cases. The emission is not alone in the product percentage, it depends on hour consumption, application area, drying speed and cabinet design. The local legislation and business hygiene assessment of the premises should be considered.
What partitions are taken in SDS?
Hazard definitions, composition, exposure controls, physical-chemical properties, stability, fire fighting and transport information are basic sections. Flametion point is evaluated on the basis of exposure limits and recommended personal protection product. SDS should be up-to-date revision and local language.
Hot melt and water-based alternatives
Hot melts are mainly applied with 100 percent content and creates a bond with cooling; no need for drying based on solvent evaporation. Water-based products can also reduce the solvent load, but they want to get away from water and drying energy. Each alternative has other requirements such as hot surface, microbial control, equipment and service performance.
How to do comparison?
Make process account, which includes hourly emission potential, ventilation energy, fire measure, drying area, consumption, waste and bond quality instead of VOC percentage per product. EHS, production and quality units must determine the trial criteria.
Application control list
- Check current SDS and local legislation.
- Measure watch product consumption and application area.
- Evaluate fire risk with expert.
- Compare alternatives with total process conditions.
- Confirm EHS, quality and production together in product change.
Conclusion
VOC management is a very facility-level exposure and process design from a label comparison. The most convenient solution balances security, performance and total operating effect.
Manstechnic approach
Manstechnic compares solvent-based and hot melt options with application safety, equipment and process cost.