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Packaging & Material Handling

High Over Loading Capability & Low Weight in Case of
Highest Linearity, Low Risk of Reactor Tilting & Low Losses

Self Healing Property & Low Energy Consumption
Soft Biodegradable Resin as Impregnant

Highest Linearity, Low Risk of Reactor Tilting & Low Losses
High Over Loading Capability & Low Weight in Case of

Safety device in the form of pressure sensitive (over pressure)
Soft biodegradable resin as impregnant

High Over Loading Capability & Low Weight in Case of
Highest Linearity, Low Risk of Reactor Tilting & Low Losses

Safety device in the form of pressure sensitive (over pressure)
Self healing property & Low energy consumption

Manufactured Using State-of-Art Metalisation Process For MPP Film with Heavy
Self Healing Property & Low Energy Consumption

Manufactured Using State-of-Art Wavecut Technology For MPP Film With Heavy
Capable of Withstanding High Inrush Current (Upto 500 IR)

Manufactured using state-of-art metallization process for MPP film with heavy
Self healing property & Low energy consumption

Very High Life Expectancy Upto 2,00,000 Operating Hours (-40/D)
Capable of Withstanding High Inrush Current (Upto 500 IR)

Manufactured Using State-of-Art Wavecut Technology For MPP Film With Heavy
Very High Life Expectancy Upto 2,00,000 Operating Hours (-40/D)



Manufactured Using State-of-Art Metalisation Process For MPP Film with Heavy
Soft Biodegradable Resin as Impregnant

Provided with internal element fuse
Low energy consumption



Compact size & light weight, Self healing property & Low
Th

Highest Linearity, Low Risk of Reactor Tilting & Low Losses
High Over Loading Capability & Low Weight in Case of

Highest Linearity, Low Risk of Reactor Tilting & Low Losses
High Over Loading Capability & Low Weight in Case of

High Over Loading Capability & Low Weight in Case of
Highest Linearity, Low Risk of Reactor Tilting & Low Losses

Self healing property & Low energy consumption
Easy & quick repairability at site

Leakproof CRCA sheet steel Container.
Low energy consumption

Easy & quick repairability at site
Manufactured using state-of-art metallization process for MPP film with heavy

Highest Linearity, Low Risk of Reactor Tilting & Low Losses
High Over Loading Capability & Low Weight in Case of

Manufactured using state-of-art metallization process for MPP film with heavy
Three phase safety device in the form of pressure sensitive

Self healing property & Low energy consumption
Manufactured using state-of-art metallization process for MPP film with heavy


Manufactured using state-of-art metallization process for MPP film with heavy
Self healing property & Low energy consumption

Soft Biodegradable Resin as Impregnant
Self Healing Property & Low Energy Consumption

Safety Device in the Form of Pressure Sensitive (Over Pressure)
Manufactured Using State-of-Art Metalisation Process For MPP Film with Heavy


Low energy consumption
Provided with internal element fuse

High Over Loading Capability & Low Weight in Case of
Highest Linearity, Low Risk of Reactor Tilting & Low Losses

Easy & quick repairability at site
Three phase safety device in the form of pressure sensitive

Very High Life Expectancy Upto 2,00,000 Operating Hours (-40/D)
Capable of Withstanding High Inrush Current (Upto 500 IR)

Capable of Withstanding High Inrush Current (Upto 500 IR)
Self Healing Property & Low Energy Consumption

Capable of Withstanding High Inrush Current (Upto 500 IR)
Ca

Manufactured using state-of-art metallization process for MPP film with heavy
Easy & quick repairability at site

Soft biodegradable resin as impregnant
Manufactured using state-of-art metalisation process for MPP film with heavy
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