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Furnaces
AMETEK Sensors, Test & Calibration
The furnace is controlled by a sophisticated temperature control unit that is housed in a separate control console. For high temperature test applications we offer furnaces for use with all dual column test stands.
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Furnaces
These three zone resistance wire wound furnaces are of split construction to facilitate fast and easy loading of a pre-assembled specimen train. The case is constructed from stainless steel with aluminium and hardened insulation board end plates. The optional front cut-out allows the use of side-entry high-temperature extensometry. Adjustable stainless steel latches keep the furnace halves locked together during use, but are then easily opened once testing is complete. The furnace is available with optional heavy duty brackets or mountings, which attach to a wide range of testing systems. An extensive range of standard controllers is available to suit most test regimes. Custom variants can be specified should the standard range not include a suitable unit.
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Furnace Calibration
Tempsens Calibration Centre offers calibration of wide ranges of Furnaces at site and at our lab.
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Muffle Furnace
1100°C, 1200°C & 1300°C Laboratory chamber furnaces (CWF) - Maximum operating temperatures of 1100°C, 1200°C or 1300°C
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Lab Furnaces
Feature temperatures up to 1600°C and capacities up to 22 liters. They are ideal for applications including heat treating, reacting studies, sintering processes and ceramic firing.
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Melting Furnace
Napco Precision Instruments Co
*It can be used in melting powder (more than 1g)*Fast speed, less loss, simply operating. High efficiency.*Suitable for factory, exhibition hall, old material recycling, jewelry repair,shop, the pawn etc.
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Muffle Furnace
K585
Chongqing Kailian Yongrun Industrial Co.,Ltd.
Heating elements: MoSi2, SiC, Resistance wireWorking voltage: AC 220V, Single phase, 60Hz/50Hz(or at your option)Temperature accuracy: 1 degree CelsiusHeating rate: 0 - 15 degrees Celsius/Min (recommend less than 10 degree Celsius)Chamber size: different chamber sizes for your choice.
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Thermocouple Calibration Furnace
9118A
The Fluke Calibration 9118A Thermocouple Calibration Furnace is a horizontal, open-ended tube furnace with a temperature range of 300 °C to 1200 °C. It is used for comparison calibration of noble and base-metal thermocouples by secondary high-temperature labs and instrument shops in industries such as aerospace, automotive, energy, metals, and plastics.
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Industrial and R&D Furnaces
We at Tempsens manufacture both Industrial and Laboratory Furnace and Ovens for varied applications which include sintering, annealing, tempering and calcination. The furnaces and ovens manufactured come in varied sizes and volume as per the application requirement.
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Furnace and Electrical Inspection Camera
FLIR GF309
The FLIR GF309 is designed for high temperature industrial furnace applications. These infrared cameras are ideal for monitoring all types of furnaces, heaters, and boilers, particularly in the chemical, petrochemical, and utility industries. Custom-built to see through flames, the FLIR GF309 also features a detachable heat shield designed to reflect heat away from the camera and camera operator, providing increased protection.
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Datapaq® Furnace Tracker Systems
For metal heat treatment industries, measuring both product temperature and its environment is critical to ensure both product quality and process efficiency, which is why Fluke Process Instruments has designed the most robust, sophisticated furnace profiling systems. From data loggers and thermal barriers to intuitive software data analysis and reporting, we have everything users need to profile their process, no matter how challenging. The Datapaq Furnace Tracker System is designed to be used repeatedly, in-process in the most hostile manufacturing environments, while still providing accurate and reliable through-process temperature surveys. Each system can help users improve performance and system accuracy, decrease downtime, reduce TUS reporting times and more.
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Air Core Electric Arc Furnace Reactors
Arc Furnace Reactors are serially connected reactors that are installed in the supply systems of arc furnace transformers to stabilize arc and limit the unstable arc furnace current and voltage drop which optimize their melting process. These buffer reactors are connected in series to the primary side of the furnace transformer. Typically these reactors are tapped coils and manufactured as per customer'stap requirements.
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2- and 4-Mirror Floating Zone Crystal Furnaces
IR Image Furnace
The high-performance, compact IR Image Furnace from Quantum Design offers unsurpassed performance in a convenient, stand-alone design. Rivaling much larger and more costly IR furnaces, it uses the Floating Zone (FZ) method to promote single crystal growth from a polycrystalline rod. This method has been shown to be extremely effective for a wide class of materials. Now, more easily than ever before, you have the ability to synthesize superior quality single crystal specimens in your own laboratory. This furnace is available in both 2- and 4-mirror versions.
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Microwave Furnace for Ash, Bone Content & Carbohydrate Analysis
Phoenix
The Phoenix line of microwave muffle furnaces offers unmatched versatility and speed in a rugged, easy-to-use system. Choose from two configurations and a variety of options!
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High Temperature Self-Supporting Furnace Extensometers (1200 C)
Model 3448
Jinan Testing Equipment IE Corporation
Epsilon developed this unique high temperature extensometer for testing metals, ceramics, and composites at the high temperatures produced by furnaces and induction heating systems. A combination of features make these extensometers easier to use and better in performance than other similar high temperature extensometers.The units are held on the specimen by light, flexible ceramic fiber cords. These make the extensometer self-supporting on the specimen. No furnace mounting brackets are required. The side load on the test sample is greatly reduced because of the self-supporting design and light weight of the sensor. Most materials testing furnaces with a side cut-out for an extensometer will readily accept a Model 3448. For induction heating systems, a different ceramic cord placement allows the extensometer to easily pass between the coils.The combination of radiant heat shields and convection cooling fins allow this model to be used at specimen temperatures up to 1200℃ (2200°F) without any cooling. An optional tiny air fan does enhance stability at the highest temperatures and is recommended for the highest accuracy and for tests with small elongations. The fan comes with a magnetic base for support so it can be mounted at any convenient location near the extensometer. Fan cooling is not generally needed for induction heated systems. High purity alumina ceramic rods are used. These are available in lengths as required to fit your furnace. A spare set is included with every extensometer. Specify chisel, vee chisel or conical contact points as desired.Most units operate equally well in tension and compression. Thus tensile, compression and cyclic tests like low cycle fatigue can all be performed with a single unit.For vacuum furnaces, special models are available. Epsilon can also provide a radiant heat transfer cooled version. This requires that the extensometer module be surrounded by a water cooled enclosure with a front slot for the ceramic rods.
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1 kW and 2 kW Laser-Based Floating Zone Furnace
Laser Furnace
The 1 kW and 2 kW laser furnace for single crystal fabrication is based on a design and developed in close cooperation with the RIKEN Center for Emergent Matter Science under the leadership of Yoshio Kaneko. Both melting zones have 5 lasers each, which guarantees a high uniformity of power density in the melting zone range. The laser profile has been optimized to reduce thermal stress during the crystal growth process. In addition, the system includes an integrated temperature sensor for real-time temperature monitoring. Temperatures up to 3000 °C can be reached and therefore materials with a very high vapor pressure, a narrow temperature range of the melt, a high thermal conductivity coefficient and incongruent melts can be melted.
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High Temperature Furnace COD Gages (1200 C or 1600 C)
Model 3548COD
Jinan Testing Equipment IE Corporation
These COD gages mount on a water-cooled bracket, which is mounted on the furnace side cut-out or with optional load frame support brackets. The standard temperature version (to 1200℃) is supplied with high purity alumina rods. The high temperature option is furnished with alpha grade silicon carbide rods. Rods are made to order to the length required for your furnace. Mounting brackets may be integrated with the furnace cut-out. Epsilon can also provide optional load frame mounting brackets to fit your test frame. Contact edges on the test sample should be somewhat rounded (not sharp knife edges) for best performance with this model. The Model 3548COD extensometers are strain gaged devices, making them compatible with any electronics designed for strain gaged transducers. Most often they are connected to a test machine controller. The signal conditioning electronics for the extensometer is typically included with the test machine controller or may often be added. In this case the extensometer is shipped with the proper connector and wiring to plug directly into the electronics. For systems lacking the required electronics, Epsilon can provide a variety of solutions, allowing the extensometer output to be connected to data acquisition boards, chart recorders or other equipment.
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High Temperature Hot Mountable Furnace Extensometers (1200 Cor 1600 C)
Model 3549
Jinan Testing Equipment IE Corporation
The Model 3549 is a major advancement in the design of externally mounted, furnace extensometers. This new extensometer is designed to meet the stringent requirements of strain controlled testing as prescribed in ISO 6892, while introducing many new innovative features that help improve productivity with static testing applications (tension and compression testing) and long term testing such as low cycle fatigue and creep. The overall design reduces any influence from common lab environment vibrations. This unit also incorporates a new feature that allows the user to precisely set the contact force against the test specimen. This allows for even and repeatable contact force, limiting contact force induced errors. This extensometer mounts on a slide bracket (included) that can attach to the load frame of your test system; optional load frame mounting brackets are available. The gauge length for the 3549 is automatically set prior to mounting on the test specimen, which allows for hot mounting after thermal equilibrium has been reached.
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Carbon / Sulfur Analyzer
ELEMENTRAC CS‑d
ELTRA's ELEMENTRAC CS-d is the only analyzer in the market for determination of carbon and sulfur in organic as well as inorganic samples. For this purpose, the ELEMENTRAC CS-d is equipped with both an induction and a resistance furnace (ELTRA Dual Furnace Technology), covering the full range of carbon and sulfur analysis.
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High-Temperature Extensometers < 950 °C Capacitive
Is typically used in hot tensile applications with tube type furnaces and consist of a separate measuring unit and suspension arm assembly. The measuring unit uses an LVDT with a fixed travel that remains outside of the furnace, the arms are located mostly inside of the heating system and attach the specimen to the measuring unit.
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Systems Engineering Projects
Precision Development Consulting Inc
Furnace Automation, LED Materials System, Batch CVD System, Source Evaluations, Field Audits
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Carbon / Water Analyzer
CW‑800M
ELTRA’s CW-800M analyzer is designed for fractional analysis of carbon and water in one single operation. It is based on the proven technology of the CW-800 but has a modified furnace which allows fast adjustment of the temperature in the furnace. Different fractions of carbon and water of the sample are analyzed by applying different furnace temperatures. ELTRA’s CW-800M analyzer is designed for the precise, simultaneous determination of carbon (released as CO2) and water in lime, gypsum and cement from trace level up to 100 % (depending on sample weight). Other sample materials include ores, soil, minerals, slags and waste.
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Thermogravimetric Analyzers
TGA THERMOSTEP
ELTRA TGA analyzers are an ideal alternative to standard laboratory ovens and muffle furnaces for thermogravimetric analysis. Thanks to a programmable furnace that is connected to an integrated balance, heating and weighing are combined in one instrument. This saves time-consuming manual work and allows for high sample throughput. In addition, typical parameters such as moisture, ash and volatiles can be determined in one analysis run.
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Carbon Residue Testers
Carbon residue tester (conradson methods), carbon residue tester (digital temperature controlled electric furnace methods)
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Carbon/Sulfur Analyzer
EMIA-Step
In addition to the “EMIA-Expert/Pro” series of high-frequency induction furnace type, the “EMIA-Step” of tubular electric resistance heating furnace type has been newly added to our Carbon/Sulfur Analyzers lineup. It realizes highly accurate and sensitive analysis, and its variable heating temperature function enables the quantitative analysis by separating it by temperature and condition as well as whole quantity analysis.
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High Temperature Blackbody Source
Pegasus R Model 970
Compact High Temperature Source 150C to 1200C E >0.995. The Pegasus R is a compact furnace for calibrating radiation pyrometers.
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Impedance Analyzers
HTF-1100.
A laboratory furnace used specifically for the electrical characterization of materials and also for heat treatment between ambient temperature and 1100 °C.
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Thermogravimetric Analyzers
An ELTRA thermogravimetric analyzer is the ideal alternative to standard laboratory ovens and muffle furnaces for thermogravimetric analysis. Thanks to a programmable furnace that is connected to an integrated balance, heating and weighing are combined in one instrument. This saves time-consuming manual work and allows for high sample throughput. In addition, a thermogravimetric analyzer can determine typical parameters such as moisture, ash and volatiles in one single analysis run.
