MSE Furnaces 2018
40Pages

MSE Furnace LABORATORYand INDUSTRIAL FURNACES “engineered high quality furnaces”

“engineered high quality furnaces” A trademark of MSE Teknoloji LTD. $Ti. www.msefurnace.com MSE TEKNOLOJI LTD. $Tl. inonu mah. Guzeller OSB. Galvano San. Sitesi, Kazim Karabekir Sok. No:4/10, 41400 Gebze, Kocaeli - Turkiye S +90 262 644 93 73 * +90 262 641 8113 a info@mseteknoloji.com.tr

ABOUT US “engineered high quality Furnaces” The constant improvements in research and technical requirements as well as the need for the thermal processes to be more controlled have led to the emergence of a wide spectrum of furnace types and models. MSE produces several types of furnaces with different features designed to fit the thermal process needed by prioritizing the research expectations. The choice of refractory in our furnaces that are designed based on engineering calculations is made high above the usage temperature. Our furnaces are produced through a high-quality manufacturing...

Chamber Furnaces (Tmax 1800°C) Tube Furnaces (Tmax 1750°C) Ash Furnaces (Tmax. 1200°C) Lift Bottom Furnaces (Tmax 1800°C) Atmosphere Controlled Furnaces (Tmax 2200°C) ►► Lift Bottom Type ►► Chamber Type Split Furnaces (Tmax. 1200°C) Metal Heat Treatment Furnaces (Tmax 1500°C) Rapid Thermal Processing Furnaces (Tmax. 1100°C) Gradient Furnaces (Tmax 1500°C) Glass Chemical Tempering Furnace (Lab Scale) (Tmax. 900°C) High Temperature Glass Viscometer (Tmax. 1600°C) ► Salt Bath (Salt Melting) Furnaces (Tmax 900°C) ► Lift Body Furnace (Tmax. 1750°C) ► Rotary Tube Furnaces (Tmax. 1200°C) ► Glass...

HEATING ELEMENTS The maximum temperatures of the MSE Furnaces with the heating elements used are as follows: Maximum Temperatures °C 2500- — We use the optimum choice among the above-shown heating elements that have different chemical structures and production methods in order to maintain the appropriate thermal conditions in our furnaces. 0 Important Notes; V Heating elements have a certain lifespan and being used at the highest limits shortens this period. That is why we recommend you, instead of using yours at the highest limits, to use the heating elements with the next level of...

TEMPERATURE CONTROLLERS The thermal regime desired during the thermal process is implemented by temperature controllers. These smart devices control the furnaces as asked for by the user and are compatible with several types of implementation with their different types and models. It is the thermal process needed that matters in the choice of temperature controllers. The programmable models by default have MSE Furnace PID 50 on the furnaces. Other types can be chosen optionally.

CHAMBER FURNACE Tmax 1800°C MSE FURNACE designs and manufactures a wide range of chamber furnaces to meet high quality, safety and reliability standards. Locations of heating elements within the chamber are determined via simulations in order to obtain homogenous temperature distribution inside the volume. Our chamber furnaces provide usage at a wide temperature range in order to enable users to perform melting, thermal aging, sintering, chemical decomposition and thermal shock tests. OPTIONAL FEATURES v (Y) Side opening door v (WS) Standing* v (PCC) PC communication and software v (S)...

"engineered high quality maces”

“engineered high quality ftimaces”

CHAMBER FURNAC CHAMBER FURNACE M 1750 PRODUCT CODE

TUBE FURNACE Tmax 1750°C MSE FURNACE manufactures furnaces at various diameters and temperatures up to 1750°C. Ceramic tubes of quartz, mullite, alumina and zirconia can be used depending on maximum temperature. Atmosphere control is also a benefit of tube furnaces. While horizontal or vertical operation can be chosen in all our tube furnaces, several optional features such as tube rotation, tilted operation and product feeding unit, creation of different temperature zones, external temperature measurement from the tube center, gas flow adjustment are also possible. v Double-layered steel...

The qualities of the pipes used in tube furnaces are given in the table below. Feel free to contact us for different sized tubes unavailable in the standard production. Chemical Structure “engineered high quality ftmaces”

MSE Furnace 'engineered high quality ftmacss”

TUBE FURNAC TUBE FURNACE T 1500 PRODUCT CODE

ASH FURNACE Tmax 1200°C One of the most common applications of laboratory furnaces is to heat combustible samples in order to analyse the ash residue. MSE FURNACE’S ash furnaces are designed to provide optimum ashing conditions to ensure complete combustion of the sample. It is ideal for ashing foods, plastics, coals and other hydrocarbon materials. The double layer construction keeps the exterior body cool at high temperatures and provides excellent stability. Bottom air-flown design provides an excellent air circulation required during the process. The digital PID control maintains...

LIFT BOTTOM FURNACE Tmax 1800°C MSE’s lift bottom furnaces are ideal for dental ceramic firing and glass melting applications up to 1800°C. They offer a stable electrically driven loading system. Sample loading is extremely easy and user-friendly, especially for delicate samples. The uniform heating inside the cubic furnace chamber provides homogenous temperature distribution. Lift bottom design prevents certain degree of contamination of both sample and heating elements. All of our furnaces are equipped with a galvanize coating covered epoxy painted structure providing longer lifetime....

LIFT BOTTOM FURNACE ELV 1300 “engineered high quality ftmaces”

Atmosphere Controlled Furnaces are used in applications such as manufacturing of metal products, heat-treatment, sintering, melting, aging, thermal testing, powder synthesing and chemical decomposition, where a protective environment is required within the furnaces in order to protect the products from oxidation at high temperatures. MSE’s atmosphere controlled furnaces are available up to 2200°C and with various protective atmospheres including argon, nitrogen, hydrogen (5%) or a gas mixture. Please contact us for hydrogen atmosphere and for the furnaces up to 2500°C. ✓...