ZHENGZHOU CHIDA FURNACE MATERIAL CO.,LTD

Seeking for the survival with quality,and the development with credit.

Sales & Support +8613783596564

English
Home Products

Tube Furnace

Contact Us
Tel:+8613783596564

Address: ZHENGZHOU,HENAN,CHINA

Email: sincerebiz@163.com

sincerebiz@outlook.com
skype:sincerebiz
Tube Furnace (8)  Laboratory Furnace Lab Furnace

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]

Page 1 of 1 :   |< << 1  >> >|