Maximum temperature: 1,200 °C
Vacuum brazing is a brazing process that take place in a chamber or retort below atmospheric pressure, otherwise known as a vacuum furnace. Vacuum brazing is brazing in a furnace using a vacuum atmosphere which provides extremely clean, superior, flux-free, ...
Maximum temperature: 1,600, 1,000, 1,100, 1,200 °C
Capacity: 6, 3, 5 l
... Muffle Furnaces STANDARDS: TS EN 196-2, 196-21,459-2 Muffle Furnaces are widely used for determining various properties of construction materials They cover a temperature range from 1100°C to 1600°C, They are all front loading for easy operation ...
... Custom Designed Furnaces and Equipments These equipments can be tailored for customer’s exact needs and capacities. It can be for laboratory as it can be industrial scale as well. The specifications are up to each customer. We make custom designed ...
Vegatec
Maximum temperature: 900 °C - 1,800 °C
... IGBT Indcution Melting Furnace 1. The main power devices are of Siemens brand, and the main electronic components are of famous brand, including diode (Motorola), Triode (NEC), three-terminal regulator (ST), with higher reliability and durability. ...
Tangshan Juntong Technology Co., Ltd.
Maximum temperature: 1,100 °C
... STATIC FURNACE FOR FIRING (up to 1100 °C) Highly accurate laboratory high temperature electric furnace with chamber made of thermal insulation fiber plates. The products are designed for firing, hardening, loosening, normalising and other thermal ...
VAR Furnaces for melting material that have already been melted and cast into electrodes that are near their full packing density. Consarc utilizes fully computerized controls to optimize reproducibility and ease of operation. Custom furnaces in laboratory ...
ALD’s IWQ induction heated quartz tube furnaces have found many applications whenever specialized, high-temperature processes need to be isolated from the heating elements. Materials heated in an IWQ furnace have a high degree of purity since there is ...
Maximum temperature: 0 °C - 1,200 °C
... Benefits Energy efficient design Easy operation Exceptional radial and linear temperature uniformity Rapid heat-up and response Single zone models can be used with a variety of customer supplied process tubes Effortless observation ...
Maximum temperature: 20 °C - 1,000 °C
... Muffle Furnace up to 1000°C (1832°F) / Chamber size: 100 x 100 x 100 mm (3.9 x 3.9 x 3.9 in) / Built-in temperature controller / Acoustic alarm / PID control This compact Muffle Furnace is ideal for precise applications in the laboratory and in materials ...
Maximum temperature: max 1000.0 °C
... High Temperature Testing Furnace For Plastic Minimum1 SET Delivery15 days after order. ModelHD-E805 CountryChina BrandNameHD PackageEach set protected with resin fiber and PP film, then put into Strong wooden case with operation manual and video ...
... General Information The VMK high temperature chamber furnace are classified into the three range of 1400°C, 1600°C and 1800°C models Types of Temperature : The three models in each temperature are bench mounted with side ways sliding door. The ...
TEMPSENS
Maximum temperature: 1,400, 1,600, 1,800 °C
... The VMK high temperature chamber furnace are classified into the three range of 1400°C, 1600°C and 1800°C models The three models in each temperature are bench mounted with side ways sliding door. The combination of low thermal mass insulation ...
TEMPSENS
Maximum temperature: 500 °C - 1,200 °C
... Muffle Furnace is box type heat treatment equipment used to change physical properties of samples at very high temperature. These laboratory furnaces are widely used in scientific experiments in the physics lab, rice laboratories, steel and paint ...
TEMPSENS
The vacuum experimental furnace is a device for conducting experiments in a vacuum environment, which has the characteristics of reducing gas interference, precisely controlling temperature, and high stability, and can guarantee the accuracy and stable ...
Maximum temperature: 300 °C - 1,600 °C
... HIGH TEMPERATURE FURNACES Material testing up to 1600°C The further development of high temperature materials, as used in the construction of turbines or boilers for power stations or for aircraft engines, is a central focus of material research. The ...