Catalyst System CCR1000

• Download the Product Brochure -Contains details of spares/accessories and further technical info
• Quote Request Builder - System Configurator and Quote Request
• Images of the CCR1000
• Who else has been using these systems? Enter 'CCR1000' in the Google Scholar search engine for articles and published papers
• Specifications

Features and Benefits

The new catalyst stage from Linkam has been designed to study catalytic reactions at high temperature and pressure. Samples are mounted on a virtually unreactive disposable ceramic fabric filters placed inside the ceramic heating element which is capable of heating samples from ambient up to 1000°C.

The carrier gas is introduced into the stage via a high pressure 1/16 gas line. The gas is then partially pre heated and passes through the sample and ceramic fabric filter. The tube of the heater is very narrow to prevent dead space and hot enough to prevent any condensation of the gas before it is available for gas analysis. Highly corrosive gases can be used and even highly conductive gases such as Helium with no compromise on temperature performance. All parts of the cell in contact with the sample and gas are selected for their un-reactive properties. The majority of the parts in contact with sample and carrier gas are either ceramic or stainless steel. A variety of different lid window materials are available so that reflected light microscopy, Raman and IR techniques can be used.

The base plate can be modified to fit either Marzhauser or Prior Motorized stages. Regular Linkam stage clamps can be used to mount to the substage of IR and standard light microscopes.

The temperature is accurately controlled by the T95-Linksys or T95-Linkpad temperature programmer via the S-type platinum/rhodium thermocouple. This new controller enables the stage to heat samples at an incredible 200C/min.

The programmer contains a d.c power supply - to eliminate electromagnetic interference- and solid state heater protection to prevent accidental damage to the stage. Thermocouple linearization (linearized to 0.1°C and displayed to 1°C) and cold junction compensation are performed inside the T95-LinkPad controller.

Find out how others scientists have used this product by typing CCR1000 + your application into the Google Scholar search box on the right hand side of this page, or just type CCR1000 and see what turns up.

Specifications:

• Temperature range from ambient to 1000°C
• Heating rates from 1 to 130°C/min
• Temperature stability 1°C
• Pressure up to 5bar (with quartz window installed)
• Sample size: 7mm diameter, accommodates between 70-100mg (dependent on sample type)
• Samples loaded on low cost disposable ceramic fabric filters
• Standard size 1/16 gas analyser high pressure connectors
• Compatible with reflected light upright microscopes, IR and Raman setups
• 6mm working distance
• Easily replaced quartz, glass or IR transparent (e.g ZnSe) window
• Simple removable ceramic sample holder
• All critical component parts manufactured from non reactive materials
• Water cooling to keep stage body at safe temperature
• Gases remain at elevated temperatures preventing condensation before analysis
• Compatible with Marzhauser and Prior motorized XY stages