The Harrick High Temperature Cell is designed for transmission measurements of solid samples in a controlled environment from ambient temperature up to and exceeding 500°C. The cell body is constructed from chemically-resistant 316 stainless steel and features thermal insulation to minimize heat loss during high-temperature operation.
Equipped with two K-type thermocouples, the cell allows independent monitoring of sample and heating block temperatures. It includes low-voltage heaters compatible with the Harrick Temperature Controller and a water cooling conduit to maintain manageable external temperatures. Two fittings facilitate gas evacuation or flow through the cell, making it suitable for studying catalytic and gas-solid chemical interactions.
The Harrick High Temperature Cell is designed for transmission measurements of solid samples in a controlled environment from ambient temperature up to and exceeding 500°C. The cell body is constructed from chemically-resistant 316 stainless steel and features thermal insulation to minimize heat loss during high-temperature operation.
Equipped with two K-type thermocouples, the cell allows independent monitoring of sample and heating block temperatures. It includes low-voltage heaters compatible with the Harrick Temperature Controller and a water cooling conduit to maintain manageable external temperatures. Two fittings facilitate gas evacuation or flow through the cell, making it suitable for studying catalytic and gas-solid chemical interactions.
