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Alloy Annealing Furnace

Select your required temperature range

The Alloy Annealing Furnace is designed for the heat treatment of metal alloys to relieve internal stresses and improve ductility. It operates by heating the alloy to a specific temperature, typically above 550°C, holding it there to allow for microstructural homogenization, and then controlling the cooling rate, often slowly, to prevent the reintroduction of stress. The working principle relie...

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600
°Celsius
1112°F

Alloy Annealing Furnace

TC: K (Chromel-Alumel)
HE: Kanthal A1 (FeCrAl)
Working: 500°C
700
°Celsius
1292°F

Alloy Annealing Furnace

TC: K (Chromel-Alumel)
HE: Kanthal A1 (FeCrAl)
Working: 600°C
800
°Celsius
1472°F

Alloy Annealing Furnace

TC: K (Chromel-Alumel)
HE: Kanthal A1 (FeCrAl)
Working: 700°C
900
°Celsius
1652°F

Alloy Annealing Furnace

TC: K (Chromel-Alumel)
HE: Kanthal A1 (FeCrAl)
Working: 800°C
1000
°Celsius
1832°F

Alloy Annealing Furnace

TC: N (Nicrosil-Nisil)
HE: Kanthal A1 (FeCrAl)
Working: 900°C
1100
°Celsius
2012°F

Alloy Annealing Furnace

TC: N (Nicrosil-Nisil)
HE: Kanthal A1 (FeCrAl)
Working: 1000°C
1200
°Celsius
2192°F

Alloy Annealing Furnace

TC: S (Platinum-10% Rhodium)
HE: Kanthal A1 (FeCrAl)
Working: 1100°C
1300
°Celsius
2372°F

High Temperature Alloy Annealing Furnace

TC: S (Platinum-10% Rhodium)
HE: Silicon Carbide (SiC)
Working: 1200°C
1400
°Celsius
2552°F

High Temperature Alloy Annealing Furnace

TC: B (Platinum-30% Rhodium)
HE: Silicon Carbide (SiC)
Working: 1300°C

Alloy Annealing Furnace - Temperature Specifications

The working principle relies on precise temperature regulation within an insulated chamber to ensure uniform heat distribution across the workload. The Alloy Annealing Furnace is designed for the heat treatment of metal alloys to relieve internal stresses and improve ductility. Its primary purpose is to soften hardened metals, enhance machinability, and prepare materials for further cold working processes. The Alloy Annealing Furnace is available in 9 temperature configurations ranging from 600°C to 1400°C. Each temperature variant is engineered with appropriate thermocouple and heating element technology.