| 1200G high temperature Tube furnace uses Resistance Wire as heating element. Max. temperature inside furnace can be reached at 1200℃ under vacuum or flowing gas. The furnace temperature profile can be ...[Read More] |
| 1200℃ Two-Zone Vacuum Tube Furnace uses Resistance Wire as heating element. Max. temperature inside furnace can be reached at 1200℃ under vacuum or flowing gas. The furnace temperature profile can be ...[Read More] |
| 1200G high temperature Tube furnace uses Resistance Wire as heating element. Max. temperature inside furnace can be reached at 1200℃ under vacuum or flowing gas. The furnace temperature profile can be ...[Read More] |
| 1200℃ Three-Zone Vacuum Tube Furnace uses Resistance Wire as heating element. Max. temperature inside furnace can be reached at 1200℃ under vacuum or flowing gas. The furnace temperature profile can ....[Read More] |
| 1400℃ Tube furnace is a precision furnace using high-quality SiC rods as heating elements. It is widely used for materials or chemical lab to sinter all types of new materials samples under vacuum or ...[Read More] |
| 1400℃ Two-zone Tube furnace is a precision furnace using high-quality SiC rods as heating elements. It is widely used for materials or chemical lab to sinter all types of new materials samples under ....[Read More] |
| 1600℃ Tube furnace is a precision furnace using high-quality MoSi2 rods as heating elements. It is widely used for materials or chemical lab to sinter all types of new materials samples under vacuum ....[Read More] |
| 1600℃ Tube furnace is a precision furnace using high-quality MoSi2 rods as heating elements. It is widely used for materials or chemical lab to sinter all types of new materials samples under vacuum ....[Read More] |
