Precision Toroidal Cores(Epoxy coated)

Material

Premium grade silicon steel of 0.27mm and 0.27mm size is used for its designing. Cutting edge cold rolled technology is adopted to enhance its absorption ability and to reduce its energy loss rate.

Features

Winding machine of high automation degree has been used to wind this core. Latest vacuum heat treatment has helped to attain accuracy of its size and shape. This epoxy coated core possesses high insulation properties that enable it to safeguard enamel coated wire.

Application range

The offered epoxy coated core is used as an essential part of precision voltage transformer, voltage and current level calculation and controlling systems with automatic operation and precision current transformer.

Function introduction

This toroidal core ensures up to 0.2s precision level in current and voltage measurement works. Stable performance and uninterrupted operation are some of its unique features.

Split Current Transformer Cores(epoxy coated)

Material

The offered cores are made of 0.27mm and 0.23mm silicon steel of superior quality. Advanced cold rolled processing technique is adopted to minimize energy loss. These cores can support passing of high magnetic flux via magnetic field.

Features

Advanced vacuum heat treatment technology is followed to obtain their precise shape. Made by using winding machine with high automation degree, these transformer cores can be shaped in Uu type, UI type and toroidal type design options with lopsided direction. Precise diameter is one of their key attributes.

Application Range

These types of cores are suitable for off/on current transformers that are used for verification of electrical storage and supplying capacity. Generally, round hole or square hole versions of these cores are preferred by customers.

Ladder Cores

Material

Made of 0.3mm, 0,27mm and 0.23mm long imported quality cold rolled silicon steel made wires, these Ladder Cores have exceptional magnetization rate and these are preferred for their minimal iron loss rate. We offer these cores as per the precise needs of clients.

Features

The cross sectional part of these cores is notable for ladder type shape and these cores have been twisted in a symmetrical manner by using plates of various widths. These cores have rectangular shaped window and their magnetic circuit is featured with enclosed structure to prevent magnetic leakage to ensure efficiency level.

Application range

The utilization of these metal cores can be noticed in the mechanism of current transformer and power distribution transformer where these are used as important electromagnetic parts.

Toroidal cutting cores

Material of Toroidal cores

Standard grade cold rolled silicon steel made toroidal cores are available with 0.27mm and 0.23mm length options. These have high magnetization rate and negligible iron loss level.

Features

Noteworthy of their toroidal shape, these have closed magnetic path with less magnetism rate. These premium grade cores have been winded by using automatically operated winding machine of high end design to enhance their properties and to make their operation simple.

Application Range

The presence of these cores can be noticed in amplifier power transformer of superior quality.

Air gap cores(Epoxy Coated)

Material

The offered cores have been developed from standard grade silicon steel materials of 23ZH100 grade, 23ZH90 grade and 23ZDMH85 grade. Features with less iron loss rate, these cores possess High magnetization rate and these are known for their cutting edge cold rolled processing technique.

Features

Property

High level of accuracy and error free calculation are the important characteristics of these cores.

Clamp Cores

Material

Made of well chosen cold rolled silicon steel of 23ZH100 grade, 23ZH90 grade and 23ZDMH85 grade, these Clamp Cores are appreciated for their minimal iron loss rate and high magnetization rate.

Features

The cutting edge winding machine which is used to wind these cores adopt advanced vacuum heat treatment method to enhance performance level of these cores. Good linear effect, consistence performance, accuracy in size and shape are some unique attributes of these cores. We also offer these in tailor made shape as per the drawings of clients.

Application range

These cores are used as essential components for clip-on current measurement tools and table type ammeter with AC/DC clamp table.

Function introduction

These silicon steel fabricated cores help to improve measuring accuracy of molding clamp table up to 0.2 level.

Multi-Section cutting Three-phase E type core

Material

The offered three phase E type core is made of 0.27mm, 0,23mm and 0.3mm cold rolled silicon steel that have exceptional magnetic performance and less iron loss rate. The used metal is of imported as well as domestic quality.

Features

This type of core is noteworthy for its three phase magnetic path with half shut design. The opening section of this core enables its coil section to deviate it from this core during winding. Its coil part is placed on this core post completion of its winding to reduce production time.

Application range

It is used as an indispensable electromagnetic part for chock coil, reactor and 50 hz/400 hz transformer with three phase design.

C cores

Material

C cores are made of 0.30mm, 0.27mm, 0.35mm and 0.23mm long silicon steel wires that are treated with cold rolled technique.

FEATURES

These cores are constituted of two separate structures that enclose a magnetic circuit. Notable for their open type design, these have been winded by using latest core winding equipment of high productivity level.

Application range

These cores are used in current transformer, transformer and reactor as important electromagnetic parts.

Non Symmetric ladder core

Material

The offered ladder core is made of imported as well as domestic quality silicon steel wires having 0.3mm, 0.27mm and 0.23mm length. These metal cores are cold processed to minimize their iron loss rate. We offer these products in various configurations.

Features

Various types of plates have been used for winding of this core in a symmetrical pattern. The winding section where two parts of this core interchanges their position is notable for its ladder shaped design. It consists of rectangular window, sealed magnetic circuit with leakage proof construction. These cores are known for their high efficiency level.

Application range

The presence of this core can be noticed in current transformer and power distribution transformer where it serves as crucial electromagnetic part.

Current Transformer cores

Material

The offered transformer cores are made of 0.35mm, 0.27mm, 0.23mm and 0.30mm cold rolled silicon steel made wires that have high magnetization rate and less iron loss rate.

Features

Notable for their toroidal design and sealed magnetic path, the provided cores have been winded by using highly productive self regulating winding equipment that helps to minimize magnetic leakage of these cores. These transformer cores have simple operation.

Application Range

The application of these transformer cores can be noticed in high end electromagnetic systems where these are utilized as electromagnetic parts. Machinery and components like choke coil, 50hz transformer, reactor and current transformer use these cores as their essential parts.

Split Current core transformer core

Material

Standard grade silicon steel wires of having 0.27mm and 0.23mm length are used to develop these cores. Treated with cold rolled processing technique, these transformer cores have high magnetization rate and less iron loss rate.

Features

Cutting edge winding machine with self regulated mechanism has been used for the fabrication of these metal cores. Treated by adopting vacuum heat technology, these cores are perfect for cutting into toridal, U type and Ul type patterns. The used machine helps to maintain precision of the diameter of these cores in asymmetrical manner.

Application range

The presence of these metal cores can be noticed current transformers having off/on function. These types of transformers with round or square holes are used for verifying electricity storage and supplying capacity.

Function introduction

Advanced heat treatment method is adopted for the production of these cores to maintain their chemical as well as physical stability. Precise diameter is one of the key attributes of these cores.

Ladder Cores

Material

Made of 0.3mm, 0,27mm and 0.23mm long imported quality cold rolled silicon steel made wires, these Ladder Cores have exceptional magnetization rate and these are preferred for their minimal iron loss rate. We offer these cores as per the precise needs of clients.

Features

The cross sectional part of these cores is notable for ladder type shape and these cores have been twisted in a symmetrical manner by using plates of various widths. These cores have rectangular shaped window and their magnetic circuit is featured with enclosed structure to prevent magnetic leakage to ensure efficiency level.

Application range

The utilization of these metal cores can be noticed in the mechanism of current transformer and power distribution transformer where these are used as important electromagnetic parts.

Three-phase core

The content of this product is similar to Multi-Section cutting Three-phase E type core (previous product). So rewritten content has been provided for the previous product only.

Reason behind our company's glorious market recognition is no other but high quality standards of one of our most selling product called 'Three-phase core'.  Materials utilized in making them are quality-approved and checked on numerous parameters. Available in several specifications, offered Three-phase core smooth functioning depends upon considerably on the physical properties of the magnetically non-linear silicone core. This transformer core is a magnetic core with high magnetic permeability that is utilized to confine and guide magnetic fields in electromagnetic devices such as transformers, inductors, generators, magnetic recording heads and much more. High permeability, aids magnetic field lines to stay concentrated in the core material. All the three legs of the offered E shaped core is wound and equal in size.