Reaction Systems and Equipment

Microscale photochemical reactor with internally threaded connections both top and bottom of head. Top is #15 Ace-Thred that accepts 12.

The LabChem Brij® 35 blends well with phosphorous is non-flammable in nature and is mainly used in laboratory and manufacturing factories. Application: For Laboratory and Manufacturing Use Only

BX9C-S BSX STRYKER FLAMES FR WELDING JCKT SMALL BLK/RED

The Carousel 6 Plus offers parallel chemistry in the most universally accepted chemistry reaction vessel, the round bottom flask. Accepts round bottom flasks, including vessels with one or two sidearms: 5ml, 10ml, 25ml, 50ml, 100ml, 170ml and 250ml.

BD offers a range of supplies for use with our BD GasPakâ„¢ systems.

Cylindrical pilot plant reactors providing portable, self-contained reaction system for research and production purposes. Systems available in 10L, 30L and 50L plain or jacketed capacities with a variety of domed or flat reaction heads.

Cobalt(II) acetate tetrahydrate, commonly used as bleach and drying agent, can be produced by reacting cobalt (II) carbonate and acetic acid. It undergoes decomposition on heating up to 500°C under non-isothermal conditions.

Cobalt(II) acetate tetrahydrate, commonly used as bleach and drying agent, can be produced by reacting cobalt (II) carbonate and acetic acid. It undergoes decomposition on heating up to 500°C under non-isothermal conditions.

Cobalt(II) acetate tetrahydrate, commonly used as bleach and drying agent, can be produced by reacting cobalt (II) carbonate and acetic acid. It undergoes decomposition on heating up to 500°C under non-isothermal conditions.

General DescriptionCobalt(II) acetate tetrahydrate, commonly used as bleach and drying agent, can be produced by reacting cobalt (II) carbonate and acetic acid. It undergoes decomposition on heating up to 500°C under non-isothermal conditions. Its

General DescriptionCobalt(II) acetate tetrahydrate, commonly used as bleach and drying agent, can be produced by reacting cobalt (II) carbonate and acetic acid. It undergoes decomposition on heating up to 500°C under non-isothermal conditions. Its

Our OS6000 series STEM Omni Reaction Stations enable you to run up to 6 reactions simultaneously at the same controlled temperature and stirring rate. The modular design of the OS6000 series Omni Reaction Stations means that the same base unit