Micro-Channel Silica Thin Layer Chromatography (MCS-TLC) Plates ID: 2017-042
An innovative approach to thin-layer chromatography that enhances separation speeds and cost-efficiency.
Photo by Kalinovsky Dmitry,+375297500400
Technology Overview
This technology involves the development of thin-layer chromatography plates using a micro-channel network of silica. The process includes the fabrication of SU-8 patterns on silicon wafers, deposition of a silica stationary phase, burning out of the SU-8 to create micro-channels, and a final re-hydroxylation step of silica. These steps result in plates that offer enhanced spatial uniformity and reduced mechanical stresses.
Key Advantages
- Significantly improved chemical separation speeds
- Cost-efficiency comparable to conventional TLC plates
- Potential for reusability of plates
- Industry-friendly fabrication process suitable for large-scale production
Problems Addressed
- Slow chemical separation speeds of traditional TLC plates
- High costs and lack of reusability in conventional TLC plate designs
- Complexity and inefficiency in the production process of TLC plates
- Mechanical stresses and spatial non-uniformity in existing TLC technologies
Market Applications
- Pharmaceuticals: Rapid and cost-effective drug compound separation
- Chemical Manufacturing: Efficient separation of chemical mixtures
- Environmental Testing: Quick and accurate pollutant analysis
- Food and Beverage Industry: Quality control and safety testing
Additional Information
Technology ID: 2017-042
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025
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