Request a Sample
|
MSDS & Datasheets Lookup
|
Find a Product:
Product Selection Guide
Technical Literature
Products
Contact Us
Technical Support
News
Events
Responsible Care & Quality
Current Region:
Americas
|
Select Another Region
Product Selection Guide
Technical Literature
Products
Contact Us
Technical Support
News
Events
Responsible Care & Quality
Product Overview
New Products
Monomers
Oligomers
Reactive Amine Coinitiators
Sar-Gel
Product FAQ
Product Line Literature
Safety, Handling & Regulatory Literature
Glossary of Terms
New Literature
Technical Primers
Application-Specific Studies
Property Studies
Cure-Related Literature
Sartomer Technical Periodicals
New Product Alerts
Literature Overview
Customer Service
Technical Support
Sales Support
Environment, Health, and Safety
How Are We Performing?
Customer Service FAQ
Sartomer Terms & Conditions
Product Test Methods
Request Certificate of Analysis
ISO 9001 Certification
Responsible Care
Quality Management System
REACH
UV/EB
Peroxide Curing
Literature Detail
Permeation of Multifunctional Acrylates through Selected Protective Glove Materials
Permeation of multifunctional acrylates through selected protective glove materials is the topic of discussion in this health and safety bulletin. Results reveal that silicone rubber sheeting was suitable as a collection medium for TMPTA, HDDA, and EHA. In general, the collection capacity and efficiency were good; however, in permeation tests with HDDA and EHA mixtures, the absorbance for the HDDA was low. Use of the silicone rubber collection medium with permeants that significantly swell or pucker the protective clothing material being tested is not recommended. The butyl rubber and nitrile rubber material thicknesses tested were more effective barriers to permeation by the multifunctional acrylate compounds than was natural rubber under the conditions and sensitivity of the test method. Comparison of these results with those reported by other researchers, shows that the multifunctional acrylates permeate the glove materials (in this case natural rubber) at much lower rates than those measured for simple acrylate compounds.
Read Complete Document
