Controlled Atmosphere Furnace

High Temperature Nitrogen / Argon Gas Controlled Furnace, Atmosphere Controlled Furnace up to 1400℃ Brother's High Temperature Nitrogen / Argon Gas Controlled Furnace, Atmosphere Controlled Furnace up to 1400℃ is pre-vacuumed to ensure that the oxygen content in the furnace is minimized, and then nitrogen, argon or nitrogen-hydrogen is introduced to obtain the desired heating treatment under the protection of the atmosphere. Due to its excellent atmosphere and compactness, it

Programmable Controlled Hydrogen Atmosphere Furnace H2 Gas Furnace up to 1600 degree This high temperature hydrogen atmosphere H2 gas furnace is specially designed for sintering or annealing materials in H2 or inert gas environment. The highest temperature can reach to 1700℃. Alumina fiber is used as furnace chamber material and Mo wire is used as the heating element. The cooling water pipe is embedded in the sealing plate at the top of the furnace body to ensure the sealing

Lab Programmable Controlled Atmosphere N2 Gas Furnace up to 1400 degree Brother's Lab Programmable Controlled Atmosphere N2 Gas Furnace up to 1400 degree is pre-vacuumed to ensure that the oxygen content in the furnace is minimized, and then nitrogen, argon or nitrogen-hydrogen is introduced to obtain the desired heating treatment under the protection of the atmosphere. Due to its excellent atmosphere and compactness, it has been widely used in material laboratories or small

Inert Atmosphere Furnace , Nitrogen Atmosphere Furnace This furnace is pre-vacuumed to ensure that the oxygen content in the furnace is minimized, and then nitrogen, argon or nitrogen-hydrogen is introduced to obtain the desired heating treatment under the protection of the atmosphere. Due to its excellent atmosphere and compactness, it has been widely used in material laboratories or small batch production of semiconductors, silicon nitride, and other products The furnace is

Hydrogen Atmosphere Furnace High Temperature Hydrogen Atmosphere Furnace, 1600℃ Hydrogen Gas Controlled Furnace Hydrogen atmosphere furnace is specially designed for sintering or annealing materials in hydrogen or inert gas environment. The highest temperature can reach to 1700℃. Alumina fiber is used as furnace chamber material and Mo wire is used as the heating element. The cooling water pipe is embedded in the sealing plate at the top of the furnace body to ensure the

1600 Degree Programmable Controlled H2 Gas Furnace , Mo Wire H2 Atmosphere Furnace High Temperature Hydrogen Atmosphere Furnace, 1600℃ Hydrogen Gas Controlled Furnace Hydrogen atmosphere furnace is specially designed for sintering or annealing materials in hydrogen or inert gas environment. The highest temperature can reach to 1700℃. Alumina fiber is used as furnace chamber material and Mo wire is used as the heating element. The cooling water pipe is embedded in the sealing

High Temperature Hydrogen Atmosphere Box Furnace, Hydrogen Atmosphere Batch Furnace up to 1600℃ Brother's High Temperature Hydrogen Atmosphere Box Furnace, Hydrogen Atmosphere Batch Furnace up to 1600℃ is specially designed for sintering or annealing materials in hydrogen or inert gas environment. The highest temperature can reach to 1700℃. Alumina fiber is used as furnace chamber material and Mo wire is used as the heating element. The cooling water pipe is embedded in the

1700℃ Atmosphere Controlled Furnace, Nitrogen / Argon Inert Gas Controlled Furnace up to 1700℃ Brother's 1700℃ Atmosphere Controlled Furnace, Nitrogen / Argon Inert Gas Controlled Furnace up to 1700℃ is pre-vacuumed to ensure that the oxygen content in the furnace is minimized, and then nitrogen, argon or nitrogen-hydrogen is introduced to obtain the desired heating treatment under the protection of the atmosphere. Due to its excellent atmosphere and compactness, it has been

1200℃ High Temperature Controlled Atmosphere Furnace, Nitrogen / Argon Gas Controlled Furnace up to 1200℃ Brother's 1200℃ High Temperature Controlled Atmosphere Furnace, Nitrogen / Argon Gas Controlled Furnace up to 1200℃ is pre-vacuumed to ensure that the oxygen content in the furnace is minimized, and then nitrogen, argon or nitrogen-hydrogen is introduced to obtain the desired heating treatment under the protection of the atmosphere. Due to its excellent atmosphere and

Pre-Vacuum Atmosphere Furnace This furnace is pre-vacuumed to ensure that the oxygen content in the furnace is minimized, and then nitrogen, argon or nitrogen-hydrogen is introduced to obtain the desired heating treatment under the protection of the atmosphere. Due to its excellent atmosphere and compactness, it has been widely used in material laboratories or small batch production of semiconductors, silicon nitride, and other products The furnace is made of alumina