• Tube-in-plate reactor for synthetic chemistry
    Tube-in-plate reactor for photochemistry and thermally mediated flow chemistry.

Laboratory Products

Tube-in-plate reactor for synthetic chemistry

Uniqsis has unveiled a new Tube-in-Plate (TIP) reactor designed for synthetic chemistry experiments that require efficient heat transfer. This innovative TIP reactor offers a cost-effective alternative to traditional glass static mixer (GSM) reactor blocks, particularly for highly exothermic or rapid, mixing-dependent reactions.

While GSM reactor blocks are known for their ability to produce efficiently mixed reagent streams with excellent heat transfer due to their narrow internal channels and large surface area, they can be prone to blockages. To address these challenges, Uniqsis has developed the TIP reactor, which is ideal for applications where static mixing is not a priority. The TIP reactor features narrow bore perfluoro polymer tubing embedded in channels within an aluminium block, covered with a glass plate for temperature stabilisation and visibility. The glass cover and tubing are easily removable, allowing for quick replacement if blockages or contamination occur.

The TIP reactor has an internal volume of 9.5ml, making it suitable for both photochemistry and conventional thermally mediated reactions. This reactor provides a cost-effective solution for experiments where static mixing is less critical, and it is fully compatible with Uniqsis HotChip, ColdChip, PhotoChip, and Polar Bear Plus GSM reactor modules.

More information online


Digital Edition

LMUK 49.7 Nov 2024

November 2024

News - Research & Events News   - News & Views Articles - They’re burning the labs... Spotlight Features - Incubators, Freezers & Cooling Equipment - Pumps, Valves & Liquid Hand...

View all digital editions

Events

analytica China

Nov 18 2024 Shanghai, China

Pharma Asia

Nov 20 2024 Karachi, Pakistan

Turkchem

Nov 27 2024 Istanbul, Turkey

Smart Factory Expo 2025

Jan 22 2025 Tokyo, Japan

Instrumentation Live

Jan 22 2025 Birmingham, UK

View all events