AntsProsys is a leading brand from Ants Group specializing in high temperature furnaces, ovens, micro-heaters from 50°C to 2000°C. With more than 15 years of experience in Materials Science and Thermal Engineering, our products are widely used in Research Laboratories, Pilot Plants and Manufacturing Sites throughout world.
Milestone has been active since 1988 in the field of advanced microwave sample preparation. With over thirty patents and more than 20,000 instruments installed worldwide covering large and small research institutions, as well as universities and industrial laboratories, we are the acknowledged industry leader in microwave technology.
use muffle furnaces to ash product for analysis. Any crucible used in a conventional muffle furnace can be used in the Phoenix, even metal! Phoenix muffle furnaces perform high temperature applications up to 97% faster than conventional designs. Phoenix microwave-powered muffle furnaces are available in configurations to fit any ashing need
Let's introduce the small top loading kiln and front loading metal melting kiln we have for sale: The Quick Melt QM Top Loading Electric Kiln The Rapid Fire Front Loading Electric Kiln Utilize the rapid heat technology which is a 15 Amps system that powers 1500 Watts through our hand wired coils embedded within our ceramic insulation.
In addition, use of traditional furnaces have a tendency to diffuse heat and odors, which can lead to an uncomfortable working environment. To avoid subsequent high-energy usage, high-operating costs and increase total cost-effectiveness of a lab, we present microwave ashing and suphate ashing system PYRO featuring advanced muffle furnace.
heated muffle furnace and a tube furnace was used. For the microwave ashing techniques we used a microwave muffle furnace, model MAS-300 (Figure 1.). The microwave furnace chamber is heated by microwave absorbing silicon carbide elements. The furnace chamber is insulated with a ceramic housing which is typical in most muffle furnace designs.
We are one of the notable manufacturers, exporters and suppliers, betrothed in offering technologically advanced Microwave Furnace. With the implementation of high-end technology, this furnace is manufactured by making use of fine grade components under the supervision of our deft technical exper
A special microwave-transparent ceramic muffle furnace allows microwave energy to pass through and rapidly raise the temperature of silicon carbide plates located inside the muffle. Porous ceramic honeycomb frits built into the side walls of the muffle furnace allow a constant stream of air to pass over the sample crucibles.
Advanced Microwave Muffle Furnace. The PYRO is available in 3 different and interchangeable configurations: ultrafast heating setup, high sample throughput setup and sulfated asking setup. Fast heating - 8 minutes only from room temperature to 1.000°C! Fast ashing - Minutes instead of hours!
Microwave technology can reduce ashing times to minutes, making ash analysis practical for both process and quality control. CEM's innovative furnace design can ash up to 15 samples at a time and allows the use of any type of crucible normally utilized in conventional muffle furnaces (metal, porcelain, graphite, glass, quartz fiber).
traditional Muffle Furnaces. This provides more time to make adjustments to processes and reduce out of specification products The determination of ash content is an important test procedure, performed in thousands of laboratory each day, for process and quality control purposes. The Phoenix Test Furnace is an advanced microwave muffle furnace is
Benchtop Muffle Furnaces Electronic controls offer programmable operation L Excellent for quantitative analysis and organic and inorganic ashing applications Accessories KH-02053-50 Ceramic hearth plate for 120 cu-in. furnaces KH-02053-60 Ceramic hearth plate for 325 cu-in. furnaces
The microwave muffle furnace is designed, so that all types of crucibles, including metal, can be used. Carrying out dry ashing at low temperatures by using plasma ashing approaches is possible. In plasma ashing the test portion is placed in a closed chamber with pure oxygen at reduced pressure.