induction heating graphite susceptor

Induction heating graphite susceptor for glass reflow for X-ray tubes Objective Heat graphite susceptor for glass reflow in the manufacturing of x-ray tubes Material Glass disc 0.98 x 0.12 “ (25 x 3mm), graphite susceptor, stainless steel holder, Glass bell jar 5.9” (150mm) OD Temperature 1742 ºF (950º C) Frequency 80 kHz Equipment • DW-HF-25kW induction heating system, equipped with a remote workhead containing eight 0.3 μF capacitors for a total of 2.4 μF • An induction heating coil designed and developed specifically for this application. Process A two turn helical coil is used for heating. Six graphite susceptors are placed in the nitrogen atmosphere with glass discs and a stainless steel holder. In 32 seconds the required temperature of 1742 ºF (950º C) is reached causing the glass to reflow & the stainless steel holder to melt through the glass. Results/Benefits Induction heating provides: • Increased production, customer currently heating 4 susceptors • 50% lower energy consummation • Even distribution of heating https://dw-inductionheater.com/induction-heating-graphite-susceptor.html?feed_id=248018&_unique_id=665a04d68bd26

induction heating graphite susceptor

Induction heating graphite susceptor for glass reflow for X-ray tubes Objective Heat graphite susceptor for glass reflow in the manufacturing of x-ray tubes Material Glass disc 0.98 x 0.12 “ (25 x 3mm), graphite susceptor, stainless steel holder, Glass bell jar 5.9” (150mm) OD Temperature 1742 ºF (950º C) Frequency 80 kHz Equipment • DW-HF-25kW induction heating system, equipped with a remote workhead containing eight 0.3 μF capacitors for a total of 2.4 μF • An induction heating coil designed and developed specifically for this application. Process A two turn helical coil is used for heating. Six graphite susceptors are placed in the nitrogen atmosphere with glass discs and a stainless steel holder. In 32 seconds the required temperature of 1742 ºF (950º C) is reached causing the glass to reflow & the stainless steel holder to melt through the glass. Results/Benefits Induction heating provides: • Increased production, customer currently heating 4 susceptors • 50% lower energy consummation • Even distribution of heating https://dw-inductionheater.com/induction-heating-graphite-susceptor.html?feed_id=228696&_unique_id=6523612e26031

induction heating graphite susceptor

Induction heating graphite susceptor for glass reflow for X-ray tubes Objective Heat graphite susceptor for glass reflow in the manufacturing of x-ray tubes Material Glass disc 0.98 x 0.12 “ (25 x 3mm), graphite susceptor, stainless steel holder, Glass bell jar 5.9” (150mm) OD Temperature 1742 ºF (950º C) Frequency 80 kHz Equipment • DW-HF-25kW induction heating system, equipped with a remote workhead containing eight 0.3 μF capacitors for a total of 2.4 μF • An induction heating coil designed and developed specifically for this application. Process A two turn helical coil is used for heating. Six graphite susceptors are placed in the nitrogen atmosphere with glass discs and a stainless steel holder. In 32 seconds the required temperature of 1742 ºF (950º C) is reached causing the glass to reflow & the stainless steel holder to melt through the glass. Results/Benefits Induction heating provides: • Increased production, customer currently heating 4 susceptors • 50% lower energy consummation • Even distribution of heating

induction heating graphite susceptor

Induction heating graphite susceptor for glass reflow for X-ray tubes Objective Heat graphite susceptor for glass reflow in the manufacturing of x-ray tubes Material Glass disc 0.98 x 0.12 “ (25 x 3mm), graphite susceptor, stainless steel holder, Glass bell jar 5.9” (150mm) OD Temperature 1742 ºF (950º C) Frequency 80 kHz Equipment • DW-HF-25kW induction heating system, equipped with a remote workhead containing eight 0.3 μF capacitors for a total of 2.4 μF • An induction heating coil designed and developed specifically for this application. Process A two turn helical coil is used for heating. Six graphite susceptors are placed in the nitrogen atmosphere with glass discs and a stainless steel holder. In 32 seconds the required temperature of 1742 ºF (950º C) is reached causing the glass to reflow & the stainless steel holder to melt through the glass. Results/Benefits Induction heating provides: • Increased production, customer currently heating 4 susceptors • 50% lower energy consummation • Even distribution of heating

induction heating graphite susceptor

Induction heating graphite susceptor for glass reflow for X-ray tubes Objective Heat graphite susceptor for glass reflow in the manufacturing of x-ray tubes Material Glass disc 0.98 x 0.12 “ (25 x 3mm), graphite susceptor, stainless steel holder, Glass bell jar 5.9” (150mm) OD Temperature 1742 ºF (950º C) Frequency 80 kHz Equipment • DW-HF-25kW induction heating system, equipped with a remote workhead containing eight 0.3 μF capacitors for a total of 2.4 μF • An induction heating coil designed and developed specifically for this application. Process A two turn helical coil is used for heating. Six graphite susceptors are placed in the nitrogen atmosphere with glass discs and a stainless steel holder. In 32 seconds the required temperature of 1742 ºF (950º C) is reached causing the glass to reflow & the stainless steel holder to melt through the glass. Results/Benefits Induction heating provides: • Increased production, customer currently heating 4 susceptors • 50% lower energy consummation • Even distribution of heating

induction heating graphite susceptor

Induction heating graphite susceptor for glass reflow for X-ray tubes Objective Heat graphite susceptor for glass reflow in the manufacturing of x-ray tubes Material Glass disc 0.98 x 0.12 “ (25 x 3mm), graphite susceptor, stainless steel holder, Glass bell jar 5.9” (150mm) OD Temperature 1742 ºF (950º C) Frequency 80 kHz Equipment • DW-HF-25kW induction heating system, equipped with a remote workhead containing eight 0.3 μF capacitors for a total of 2.4 μF • An induction heating coil designed and developed specifically for this application. Process A two turn helical coil is used for heating. Six graphite susceptors are placed in the nitrogen atmosphere with glass discs and a stainless steel holder. In 32 seconds the required temperature of 1742 ºF (950º C) is reached causing the glass to reflow & the stainless steel holder to melt through the glass. Results/Benefits Induction heating provides: • Increased production, customer currently heating 4 susceptors • 50% lower energy consummation • Even distribution of heating

induction heating graphite susceptor

Induction heating graphite susceptor for glass reflow for X-ray tubes

Objective Heat graphite susceptor for glass reflow in the manufacturing of x-ray tubes
Material Glass disc 0.98 x 0.12 “ (25 x 3mm), graphite susceptor, stainless steel holder, Glass bell jar 5.9” (150mm) OD
Temperature 1742 ºF (950º C)
Frequency 80 kHz
Equipment • DW-HF-25kW induction heating system, equipped with a remote workhead containing eight 0.3 μF capacitors for a total of 2.4 μF
• An induction heating coil designed and developed specifically for this application.
Process A two turn helical coil is used for heating. Six graphite susceptors are placed in the nitrogen atmosphere with glass discs and a stainless steel holder. In 32 seconds the required temperature of 1742 ºF (950º C) is reached causing the glass to reflow & the stainless steel holder to melt through the glass.
Results/Benefits Induction heating provides:
• Increased production, customer currently heating 4 susceptors
• 50% lower energy consummation
• Even distribution of heating

induction heating graphite susceptor

Induction heating graphite susceptor for glass reflow for X-ray tubes

Objective Heat graphite susceptor for glass reflow in the manufacturing of x-ray tubes
Material Glass disc 0.98 x 0.12 “ (25 x 3mm), graphite susceptor, stainless steel holder, Glass bell jar 5.9” (150mm) OD
Temperature 1742 ºF (950º C)
Frequency 80 kHz
Equipment • DW-HF-25kW induction heating system, equipped with a remote workhead containing eight 0.3 μF capacitors for a total of 2.4 μF
• An induction heating coil designed and developed specifically for this application.
Process A two turn helical coil is used for heating. Six graphite susceptors are placed in the nitrogen atmosphere with glass discs and a stainless steel holder. In 32 seconds the required temperature of 1742 ºF (950º C) is reached causing the glass to reflow & the stainless steel holder to melt through the glass.
Results/Benefits Induction heating provides:
• Increased production, customer currently heating 4 susceptors
• 50% lower energy consummation
• Even distribution of heating

induction heating graphite susceptor

Induction heating graphite susceptor for glass reflow for X-ray tubes Objective Heat graphite susceptor for glass reflow in the manufacturing of x-ray tubes Material Glass disc 0.98 x 0.12 “ (25 x 3mm), graphite susceptor, stainless steel holder, Glass bell jar 5.9” (150mm) OD Temperature 1742 ºF (950º C) Frequency 80 kHz Equipment • DW-HF-25kW induction heating system, equipped with a remote workhead containing eight 0.3 μF capacitors for a total of 2.4 μF • An induction heating coil designed and developed specifically for this application. Process A two turn helical coil is used for heating. Six graphite susceptors are placed in the nitrogen atmosphere with glass discs and a stainless steel holder. In 32 seconds the required temperature of 1742 ºF (950º C) is reached causing the glass to reflow & the stainless steel holder to melt through the glass. Results/Benefits Induction heating provides: • Increased production, customer currently heating 4 susceptors • 50% lower energy consummation • Even distribution of heating

induction heating graphite susceptor

Induction heating graphite susceptor for glass reflow for X-ray tubes Objective Heat graphite susceptor for glass reflow in the manufacturing of x-ray tubes Material Glass disc 0.98 x 0.12 “ (25 x 3mm), graphite susceptor, stainless steel holder, Glass bell jar 5.9” (150mm) OD Temperature 1742 ºF (950º C) Frequency 80 kHz Equipment • DW-HF-25kW induction heating system, equipped with a remote workhead containing eight 0.3 μF capacitors for a total of 2.4 μF • An induction heating coil designed and developed specifically for this application. Process A two turn helical coil is used for heating. Six graphite susceptors are placed in the nitrogen atmosphere with glass discs and a stainless steel holder. In 32 seconds the required temperature of 1742 ºF (950º C) is reached causing the glass to reflow & the stainless steel holder to melt through the glass. Results/Benefits Induction heating provides: • Increased production, customer currently heating 4 susceptors • 50% lower energy consummation • Even distribution of heating

induction heating graphite susceptor

Induction heating graphite susceptor for glass reflow for X-ray tubes Objective Heat graphite susceptor for glass reflow in the manufacturing of x-ray tubes Material Glass disc 0.98 x 0.12 “ (25 x 3mm), graphite susceptor, stainless steel holder, Glass bell jar 5.9” (150mm) OD Temperature 1742 ºF (950º C) Frequency 80 kHz Equipment • DW-HF-25kW induction heating system, equipped with a remote workhead containing eight 0.3 μF capacitors for a total of 2.4 μF • An induction heating coil designed and developed specifically for this application. Process A two turn helical coil is used for heating. Six graphite susceptors are placed in the nitrogen atmosphere with glass discs and a stainless steel holder. In 32 seconds the required temperature of 1742 ºF (950º C) is reached causing the glass to reflow & the stainless steel holder to melt through the glass. Results/Benefits Induction heating provides: • Increased production, customer currently heating 4 susceptors • 50% lower energy consummation • Even distribution of heating

induction heating graphite susceptor

Induction heating graphite susceptor for glass reflow for X-ray tubes Objective Heat graphite susceptor for glass reflow in the manufacturing of x-ray tubes Material Glass disc 0.98 x 0.12 “ (25 x 3mm), graphite susceptor, stainless steel holder, Glass bell jar 5.9” (150mm) OD Temperature 1742 ºF (950º C) Frequency 80 kHz Equipment • DW-HF-25kW induction heating system, equipped with a remote workhead containing eight 0.3 μF capacitors for a total of 2.4 μF • An induction heating coil designed and developed specifically for this application. Process A two turn helical coil is used for heating. Six graphite susceptors are placed in the nitrogen atmosphere with glass discs and a stainless steel holder. In 32 seconds the required temperature of 1742 ºF (950º C) is reached causing the glass to reflow & the stainless steel holder to melt through the glass. Results/Benefits Induction heating provides: • Increased production, customer currently heating 4 susceptors • 50% lower energy consummation • Even distribution of heating

induction heating graphite susceptor

Induction heating graphite susceptor for glass reflow for X-ray tubes Objective Heat graphite susceptor for glass reflow in the manufacturing of x-ray tubes Material Glass disc 0.98 x 0.12 “ (25 x 3mm), graphite susceptor, stainless steel holder, Glass bell jar 5.9” (150mm) OD Temperature 1742 ºF (950º C) Frequency 80 kHz Equipment • DW-HF-25kW induction heating system, equipped with a remote workhead containing eight 0.3 μF capacitors for a total of 2.4 μF • An induction heating coil designed and developed specifically for this application. Process A two turn helical coil is used for heating. Six graphite susceptors are placed in the nitrogen atmosphere with glass discs and a stainless steel holder. In 32 seconds the required temperature of 1742 ºF (950º C) is reached causing the glass to reflow & the stainless steel holder to melt through the glass. Results/Benefits Induction heating provides: • Increased production, customer currently heating 4 susceptors • 50% lower energy consummation • Even distribution of heating

induction heating graphite carbon

Induction heating graphite carbon with High Frequency induction heating equipment Objective Heating carbon graphite anodes to destructively oxidize the parts to process embedded contaminants Material anodes 2.5 x 2.5 x 4 (63 x 63 x 102) h x w x d in (mm) Temperature 1900 °F 1000°C Frequency 30 kHz Equipment DW-MF-20kW induction heating system, custom multi-turn helical coil, 4 cap 1.0μF workhead Process An air purge system is used to provide fresh air (~25 f3/hr) to the part during the heat cycle and to provide a swirling action for maximum contact with the surface of the anode. The anode is placed inside the induction-heating coil and heated to a temperature of 1000°C. After 2.5 hours, the anode burns to about 0.375 inch diameter piece. A pyrometer/controller is used to provide constant temperature as the anode reduces in size. Results/Benefits Induction heating allows this process to be very efficient and controllable