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NPSCG208-7001 Image
NPSCG208-7001
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-208
$
Compare
NPSCG210-7001 Image
NPSCG210-7001
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-210
$
Compare
NPSCG214-7001 Image
NPSCG214-7001
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-214
$
Compare
NPSCG216-7001 Image
NPSCG216-7001
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-216
$
Compare
NPSCG231-7001 Image
NPSCG231-7001
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-231
$
Compare
NPSCG286-7001 Image
NPSCG286-7001
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-286
$
Compare
NPSCG287-7001 Image
NPSCG287-7001
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-287
$
Compare
NPSCG288-7001 Image
NPSCG288-7001
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-288
$
Compare
NPSCG308-7001 Image
NPSCG308-7001
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-308
$
Compare
NPSCG625-7001 Image
NPSCG625-7001
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-625
$
Compare
NPSCG628-7001 Image
NPSCG628-7001
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-628
$
NPSCG208-7001
$
Compare
NPSCG208-7001 Image

Download PDF Drawing Diagram

Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

  • Sea salt, salt fog and mist
  • Industrial and agricultural pollution
  • Powerplant coal and cooling tower mist
  • City and expressway pollution
  • Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

The original development of the Semiconductive Glaze system dates to the 1940’s. Utilizing dopants of Tin and Antimony, the glaze is transformed from insulating to semiconducting. Newell-PSN initiated a 5 year R&D project to develop and implement the glaze technology.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

  • All designs tested to ANSI/IEEE C29.9 2017
  • 100% of units are tested and verified to specific resistive leakage current levels
  • Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
  • During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-208
NPSCG210-7001
$
Compare
NPSCG210-7001 Image

Download PDF Drawing Diagram

Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

  • Sea salt, salt fog and mist
  • Industrial and agricultural pollution
  • Powerplant coal and cooling tower mist
  • City and expressway pollution
  • Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

The original development of the Semiconductive Glaze system dates to the 1940’s. Utilizing dopants of Tin and Antimony, the glaze is transformed from insulating to semiconducting. Newell-PSN initiated a 5 year R&D project to develop and implement the glaze technology.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

  • All designs tested to ANSI/IEEE C29.9 2017
  • 100% of units are tested and verified to specific resistive leakage current levels
  • Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
  • During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-210
NPSCG214-7001
$
Compare
NPSCG214-7001 Image

Download PDF Drawing Diagram

Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

  • Sea salt, salt fog and mist
  • Industrial and agricultural pollution
  • Powerplant coal and cooling tower mist
  • City and expressway pollution
  • Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

The original development of the Semiconductive Glaze system dates to the 1940’s. Utilizing dopants of Tin and Antimony, the glaze is transformed from insulating to semiconducting. Newell-PSN initiated a 5 year R&D project to develop and implement the glaze technology.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

  • All designs tested to ANSI/IEEE C29.9 2017
  • 100% of units are tested and verified to specific resistive leakage current levels
  • Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
  • During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-214
NPSCG216-7001
$
Compare
NPSCG216-7001 Image

Download PDF Drawing Diagram

Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

  • Sea salt, salt fog and mist
  • Industrial and agricultural pollution
  • Powerplant coal and cooling tower mist
  • City and expressway pollution
  • Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

The original development of the Semiconductive Glaze system dates to the 1940’s. Utilizing dopants of Tin and Antimony, the glaze is transformed from insulating to semiconducting. Newell-PSN initiated a 5 year R&D project to develop and implement the glaze technology.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

  • All designs tested to ANSI/IEEE C29.9 2017
  • 100% of units are tested and verified to specific resistive leakage current levels
  • Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
  • During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-216
NPSCG231-7001
$
Compare
NPSCG231-7001 Image

Download PDF Drawing Diagram

Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

  • Sea salt, salt fog and mist
  • Industrial and agricultural pollution
  • Powerplant coal and cooling tower mist
  • City and expressway pollution
  • Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

The original development of the Semiconductive Glaze system dates to the 1940’s. Utilizing dopants of Tin and Antimony, the glaze is transformed from insulating to semiconducting. Newell-PSN initiated a 5 year R&D project to develop and implement the glaze technology.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

  • All designs tested to ANSI/IEEE C29.9 2017
  • 100% of units are tested and verified to specific resistive leakage current levels
  • Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
  • During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-231
NPSCG286-7001
$
Compare
NPSCG286-7001 Image

Download PDF Drawing Diagram

Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

  • Sea salt, salt fog and mist
  • Industrial and agricultural pollution
  • Powerplant coal and cooling tower mist
  • City and expressway pollution
  • Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

The original development of the Semiconductive Glaze system dates to the 1940’s. Utilizing dopants of Tin and Antimony, the glaze is transformed from insulating to semiconducting. Newell-PSN initiated a 5 year R&D project to develop and implement the glaze technology.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

  • All designs tested to ANSI/IEEE C29.9 2017
  • 100% of units are tested and verified to specific resistive leakage current levels
  • Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
  • During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-286
NPSCG287-7001
$
Compare
NPSCG287-7001 Image

Download PDF Drawing Diagram

Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

  • Sea salt, salt fog and mist
  • Industrial and agricultural pollution
  • Powerplant coal and cooling tower mist
  • City and expressway pollution
  • Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

The original development of the Semiconductive Glaze system dates to the 1940’s. Utilizing dopants of Tin and Antimony, the glaze is transformed from insulating to semiconducting. Newell-PSN initiated a 5 year R&D project to develop and implement the glaze technology.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

  • All designs tested to ANSI/IEEE C29.9 2017
  • 100% of units are tested and verified to specific resistive leakage current levels
  • Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
  • During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-287
NPSCG288-7001
$
Compare
NPSCG288-7001 Image

Download PDF Drawing Diagram

Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

  • Sea salt, salt fog and mist
  • Industrial and agricultural pollution
  • Powerplant coal and cooling tower mist
  • City and expressway pollution
  • Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

The original development of the Semiconductive Glaze system dates to the 1940’s. Utilizing dopants of Tin and Antimony, the glaze is transformed from insulating to semiconducting. Newell-PSN initiated a 5 year R&D project to develop and implement the glaze technology.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

  • All designs tested to ANSI/IEEE C29.9 2017
  • 100% of units are tested and verified to specific resistive leakage current levels
  • Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
  • During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-288
NPSCG308-7001
$
Compare
NPSCG308-7001 Image

Download PDF Drawing Diagram

Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

  • Sea salt, salt fog and mist
  • Industrial and agricultural pollution
  • Powerplant coal and cooling tower mist
  • City and expressway pollution
  • Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

The original development of the Semiconductive Glaze system dates to the 1940’s. Utilizing dopants of Tin and Antimony, the glaze is transformed from insulating to semiconducting. Newell-PSN initiated a 5 year R&D project to develop and implement the glaze technology.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

  • All designs tested to ANSI/IEEE C29.9 2017
  • 100% of units are tested and verified to specific resistive leakage current levels
  • Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
  • During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-308
NPSCG625-7001
$
Compare
NPSCG625-7001 Image

Download PDF Drawing Diagram

Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

  • Sea salt, salt fog and mist
  • Industrial and agricultural pollution
  • Powerplant coal and cooling tower mist
  • City and expressway pollution
  • Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

The original development of the Semiconductive Glaze system dates to the 1940’s. Utilizing dopants of Tin and Antimony, the glaze is transformed from insulating to semiconducting. Newell-PSN initiated a 5 year R&D project to develop and implement the glaze technology.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

  • All designs tested to ANSI/IEEE C29.9 2017
  • 100% of units are tested and verified to specific resistive leakage current levels
  • Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
  • During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-625
NPSCG628-7001
$
Compare
NPSCG628-7001 Image

Download PDF Drawing Diagram

Semiconductive Glaze Insulators are specifically designed for applications in contaminated environments. Contaminated environments most frequently experienced include:

  • Sea salt, salt fog and mist
  • Industrial and agricultural pollution
  • Powerplant coal and cooling tower mist
  • City and expressway pollution
  • Icing and snow bridging conditions

Semiconductive Glaze systems have been employed in the industry for over 50 years with nearly flawless field experience.

The original development of the Semiconductive Glaze system dates to the 1940’s. Utilizing dopants of Tin and Antimony, the glaze is transformed from insulating to semiconducting. Newell-PSN initiated a 5 year R&D project to develop and implement the glaze technology.

Newell-PSN has delivered multiple orders and sees a quick demand growth for this application.

Design Tests:

  • All designs tested to ANSI/IEEE C29.9 2017
  • 100% of units are tested and verified to specific resistive leakage current levels
  • Artificial pollution tests conducted per IEC 60507 withstood the highest level of salinity defined by the standard, 224kg/m3
  • During comparative testing, Semi Conductive Glaze units dramatically out performed standard insulating glaze and silicon coated insulators.
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-628
Compare
NPSCG208-7001 Image
NPSCG208-7001
Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-208
Compare
NPSCG210-7001 Image
NPSCG210-7001
Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-210
Compare
NPSCG214-7001 Image
NPSCG214-7001
Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-214
Compare
NPSCG216-7001 Image
NPSCG216-7001
Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-216
Compare
NPSCG231-7001 Image
NPSCG231-7001
Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-231
Compare
NPSCG286-7001 Image
NPSCG286-7001
Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-286
Compare
NPSCG287-7001 Image
NPSCG287-7001
Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-287
Compare
NPSCG288-7001 Image
NPSCG288-7001
Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-288
Compare
NPSCG308-7001 Image
NPSCG308-7001
Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-308
Compare
NPSCG625-7001 Image
NPSCG625-7001
Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-625
Compare
NPSCG628-7001 Image
NPSCG628-7001
Download PDF Drawing Diagram Semiconductive Glaze Insulators are specifically designed for applicati... Read More
Category: Station Post Insulators
Sub-Category: Semiconductive Glaze
TR Number: TR-628
 

Note: Images may not fully reflect actual part