Description
Metal film precision resistance is formed by using high-temperature vacuumcoating technology to tightly attach nickel chromium or similar alloys tothe surface of ceramic rods to form a skin film, After cutting andadjusting the resistance value to achieve the final required precisionresistance value, it is then cut with appropriate joints and coated withepoxy resin sealing protection on its surface. Due to its lead typeresistor, it is convenient for manual installation and maintenance, and isused in most household appliances, communication, and instruments.
![]()
Features
![]()
Specification
![]()
![]()
![]()
Description
Metal film precision resistance is formed by using high-temperature vacuumcoating technology to tightly attach nickel chromium or similar alloys tothe surface of ceramic rods to form a skin film, After cutting andadjusting the resistance value to achieve the final required precisionresistance value, it is then cut with appropriate joints and coated withepoxy resin sealing protection on its surface. Due to its lead typeresistor, it is convenient for manual installation and maintenance, and isused in most household appliances, communication, and instruments.
![]()
Features
![]()
Specification
![]()
![]()
![]()