Technology and Development 

In 1982: Introduced Black and White Picture Tubes and Straight Tube Fluorescent Lamps technology from Saes.

In 1987: Research and development of Getters Strip for The Vacuum Interrupters.

In 1993: Research and development of Getters for Stainless Steel Insulation Container.

In 1995: Research and development of Getters for Monochrome Display Tube and Color Picture Tube which could applied in domestic products.

In 1996: Research and development of Getters for Solar Collector Pipes, Vacuum Fluorescent Displays, and Infrared Detection Modules.

In 1997: Research and development of Double-Sided Getters Strip for HID lamps

In 1998: Research and development of Autonomous Activating & Long-Life Getters for military application.

In 1999: Research and development of Getters could resistant to high temperatures used for stainless steel insulation containers.

In 2000: Research and development of Disc-Shaped Non-Evaporable Getters for HID lamps

In 2002: Research and development of Small Specular Evaporable Getters for HID lamps

In 2003: Research and development of Getters for flat tubes

In 2005: Research and development of Mercury Dispenser Getters for CCFL

In 2006: Cooperated with SAES to establish Nanjing Saes Huadong Vacuum Material Co., Ltd

In 2007: Research and development of high-firmness Getter components

In 2010: Research and development of Getter Pumps Subassembly.

In 2013：Developed Getters for Vacuum Insulation Panel.

In 2014：Developed Multi-model Getters for Vacuum Insulation Panel

In 2015: Research and development of Getter Pumps.

In 2016: The Sintered Getters for infrared devices" was successfully developed.

In 2017: The Printing Getter Film was successfully developed.

In 2018: Successfully developed coating reinforced sintered getters for infrared devices.

In 2019: Successfully development of coating sintered getters with base and heater.

In 2020: Successfully development of sputtering getter films.

In 2021: Successfully improved miniaturized getters of high-intensity for infrared devices.