Polymeric Insulators - Composite Materials, 11-15 Kv Voltage Rating, 307 Mm Creepage Distance | Corrosion Resistance, Heat Insulation, Easy Installation at Best Price in Mumbai

Polymeric Insulators - Composite Materials, 11-15 Kv Voltage Rating, 307 Mm Creepage Distance | Corrosion Resistance, Heat Insulation, Easy Installation

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Product Specifications

Product type	Composite insulator
Application	Oil
Material	Rubber
Color	Red
Shape	Cylindrical
Features	Strong construction, Corrosion resistance, Heat resistance, Easy to install, Customizable

Product Overview

Key Features

We have successfully manufactured and supplied a wide range of Polymeric Insulators for our customers throughout the country. The offered insulators are precisely manufactured by utilizing quality approved rubber, nylon and other insulating materials with the help most advanced tools and techniques under the supervision of our experienced experts. The provided insulators are used for regulating and controlling the outflow of heat level in the particular medium through pipes, absorbing sheets and insulating rods, demanded in oil, chemical and gas industry. Available at an affordable price range, these Polymeric Insulators can also be custom designed on specific demands of our clients.

Features:

Strong construction
Corrosion and heat resistance
Easy to install

The exterior appearance of a high-voltage insulator depends on a combination of various factors determining its specific shape. Designing an Insulator for optimum performance requires an exact knowledge and description of all application needs. Polytek Insulator design considers following design criteria to ensure excellent field performance and ZERO DEFECT end product.

Mechanical requirements
The mechanical forces such as bending moments, compression, tension, torsion, etc. acting on the insulator and its connecting system must be accurately specified.

Electrical Characteristics
Data such as the lightning impulse flashover voltage, switching impulse flashover voltage and power-frequency flashover voltage define the necessary dielectric strength and insulator length.

Creepage distance requirements
Creepage distances are defined in accordance with IEC 60815 and with customers' requirements.

Applicable standards and testing codes
International standards, codes and test specifications are observed in the manufacture of the product. The design comply with IEC 61109 with up dated ammendments.

Customer specifications and installation requirements
Special requirements (connecting dimensions, diameter, etc.) are considered during design.

Environmental conditions
Environmental conditions at the installation site determine the design and number of insulator sheds

10 - 15 kv Composite Insulators

Nominal pulse System Voltage kV	Min. Creepage Distance mm	Section Length mm	Rated Mechanical tensile load kN	Wet power freq. 1 min. withstand voltage kV	Dry lighting impulse withstand voltage kV
11	307	274	45	35	75
11	450	430	70	48	100
11	360	330	70	42	100
11	450	430	100	48	100
11	500	430	100	48	100
11	450	430	100	48	100
13	415	341	70	70	100
13	418	360	70	35	100

22 - 28 kv Composite Insulators

Nominal pulse System Voltage kV	Min. Creepage Distance mm	Section Length mm	Rated Mechanical tensile load kN	Wet power freq. 1 min. withstand voltage kV	Dry lighting impulse withstand voltage kV
11	307	274	45	35	75
11	450	430	70	48	100
11	360	330	70	42	100
11	450	430	100	48	100
11	500	430	100	48	100
11	450	430	100	48	100
13	415	341	70	70	100
13	418	360	70	35	100

33 - 36 kv Composite Insulators

Nominal pulse System Voltage kV	Min. Creepage Distance mm	Section Length mm	Rated Mechanical tensile load kN	Wet power freq. 1 min. withstand voltage kV	Dry lighting impulse withstand voltage kV
22	603	425	60	60	140
22	568	333	65	60	140
22	850	444	70	60	140
22	635	444	70	60	140
22	580	349	70	60	140
22	817	397	70	60	100
22	580	349	80	60	140
22	708	365	80	60	140
22	657	378	80	60	160
22	622	458	95	60	160
22	850	444	100	60	140
23	645	442	70	70	204
25	643	451	70	110	200