Products
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Lead wire encapsulated transformers
Lead wire encapsulated transformers (fully encapsulated with epoxy resin and equipped with flexible lead wires) feature superior insulation, PCB installation friendly type,vibration resistance, low noise, compact size, flexible installation and high reliability compared with conventional open-type transformers.Product have CE,UL,ISO,REACH,RoHs etc certificate.PCB transformer.We can do OEM and Customized service.
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Low Frequency Clamping Frame Transformer
Low Frequency Clamping Frame Transformer for industrial control systems.PCB transformer,PCB installation friendly type.
High efficiency, low loss, and strong insulation performance. Designed with durable dry-type structure for long-term operation.
Suitable for automation, machinery, and small household appliances
Custom design and OEM service supported. -
Transformer with lead wire/socket
Engineered for performance and reliability, this Low Frequency Clamping Frame Transformer delivers stable protect for industrial control systems.
PCB Transformer,PCB installation friendly type.
With advanced core materials and robust insulation design, it ensures high efficiency and long service life even in demanding environments.
Customized solutions are available to meet specific application requirements.
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Potting/Encapsulated transformer with terminal
Encapsulated Transformer with Terminal Block
Epoxy-potted fully sealed design for moisture, dust & vibration resistance. Equipped with screw terminals for easy wiring. PCB transformer,PCB installation friendly type.High insulation, stable performance, widely used in power supplies & industrial control.Product have CE,UL,REACH,RoHS,ISO etc certificate.All products can do OEM and Customized service. -
High frequency inductor coil
High frequency inductor coil generally refers to spiral coils. The wires are wound around the insulating tube one after one and wires are insulated with each other. The insulated tube can be hollow, or contain an iron core or a magnetic powder core. Commonly used inductance components include fixed inductors, choke coils, wire frame oscillating coils, deflection coils, etc.Products are widely used in power communications, new energy vehicles, electric vehicle controllers, drives, medical equipment and LED lighting and other industrie.PCB transformer,PCB installation friendly type.We can design according to customer requirements and also provide OEM services for customers. -
Common mode choke ring transformer Inductors Toroidal coils
This Common mode choke ring transformer .Small size with high efficiency.Low temperature rise,Stable performance
Customization as users’ design and specifications. Best solution for users
based on experiences includes expertise in highly sought-after high current inductors, designed and manufactured to meet virtually any customer specification. -
High frequency encapsulated transformer XPKG13158
The XPKG131588 is a compact high-frequency switching transformer specifically designed for modern switching power supply applications. Operating at high frequencies significantly reduces transformer size while improving conversion efficiency.
Unlike conventional transformers, the XPKG131588 adopts a vacuum epoxy potting process that completely encapsulates the winding and magnetic core. This process greatly enhances insulation strength, moisture resistance, vibration resistance, and thermal conductivity while minimizing electromagnetic interference and acoustic noise.
Its compact design makes it suitable for PCB mounting in industrial electronic equipment where reliability and long service life are essential.
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Machine Tool Control Transformer
Machine Tool Control Transformer
Compact, safety-isolated transformer for machine tools. Provides stable control voltage, short-circuit protection, and strong anti-interference. Widely used in CNC machines, equipment control and industrial automation. -
Instrument transformer
Encapsulated Transformer for Instruments
Epoxy-potted, compact, low noise & high stability. Provides safe isolation and stable voltage for precision instruments. PCB transformer ,PCB installation friendly type. Resists moisture, shock and interference, ideal for instrumentation & control equipment. -
Low frequency Pin transformer
Low frequency Pin transformer
Compact, PCB-mountable design with stable low-frequency performance. High insulation, low loss, and reliable connection. Ideal for small power supplies, control circuits, and electronic devices.
Product features:
● First level complete isolation, high safety performanceHigh quality high magnetic conductivity silicon steel sheet is adopted, with small loss, high efficiency and low temperature rise
● Operating frequency: 50/60Hz
● Vacuum impregnation
● Dielectric strength 3750VAC
● Insulation class B
● Conform to EN61558-1, EN61000, GB19212-1, GB19212-7
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Flat Encapsulated transformer XP392-003
Flat Encapsulated Transformer
Ultra-slim epoxy-potted design, low profile & space-saving. High insulation, stable performance, shock & moisture resistant. Ideal for compact power supplies, PCB-mounted & space-limited equipment.PCB transformer,PCB installation friendly type. -
Standard encapsulated transformer
The low-frequency potted transformer is a robust, epoxy-encapsulated power transformer designed for stable low-frequency power conversion and voltage transformation. Fully potted with high-quality epoxy resin, the product features excellent insulation performance, strong moisture-proof, dust-proof, and vibration-resistant capabilities, ensuring reliable and long-term operation in complex and harsh working environments. Adopting high-quality silicon steel sheets and high-purity copper windings, this transformer achieves low no-load loss, low temperature rise, and stable output performance. The integrated potting structure effectively reduces operating noise and improves electrical safety and dielectric strength. With a compact size, simple structure, and high operational stability, it is widely applicable for industrial equipment, household electrical appliances, power supply systems, and general low-frequency power transmission and distribution scenarios.ct Overview
