Power inductor base, Base size=5.8mmX8.6mmX2.4mm,We have a professional design team capable of providing tailored customization services, covering current transformers, common mode inductors, high-frequency transformers, potted transformers, and more.

EFD20 transformer SUS301 clamp. Best selling EFD20 transformer clamp. Size=21.5mmX20.0mmX6.0mm. This clamp is designed for superior performance and reliability in industrial applications. We can customize transformers with special dimensions, including transformer-related accessories.

EF20 household appliance transformer bobbin is a very popular product in our factory, 5+5 pins EF20 vertical coil former. Bobbin size=22mmX13.8X23.4mm. We accept custom orders for high frequency transformers, inductors, current transformers, etc.

Customization of Transformer Cover EPC46. Best selling EPC46 transformer clamp. Size=47.0mmX50.0mmX29.9mm，The thickness is 0.75mm. This cover is designed for superior performance and reliability in industrial applications. We can customize transformers with special dimensions, including transformer-related accessories.We also accept small batch orders.

Best selling EPC17 transformer clamp. EPC17 transformer SUS301 clamp.Size=18.6mmX18mmX3mm. Transformer clips are used to fix components like iron cores and coils, ensuring structural stability and preventing displacement due to vibration during operation.We also provide customized services for transformer related products. We have a professional factory that accepts small batch orders.

Electronic transformer base 5+5 pins, Base size=24.0mmX9.80mmX16.9mm,Our product has excellent flame retardancy (UL94V-0 grade), resistance to high temperatures of 150 ℃, insulation resistance ≥ 100M Ω, high mechanical strength, acid and alkali corrosion resistance, and is suitable for harsh working conditions.

The latest mold product EF20 Vertical Transformer bobbin 3+3 pins, with a bobbin size of 18.9mm × 14.0mm × 13.2mm, is made of Hfenolc and has good insulation, high temperature resistance, flame retardancy, high bonding strength, low curing shrinkage rate, excellent insulation performance, and chemical corrosion resistance.In addition, we support small batch orders. If you have any questions, please feel free to contact us at any time. We have professional engineers to answer your questions

The latest mold product EI16 Vertical Transformer bobbin 3+3 pins, with a bobbin size of 13.0mm × 12.8mm × 11.0mm,Our EI16 high frequency transformer bobbin is crafted from high quality phenolic material, renowned for its outstanding electrical insulation and heat resistance. This ensures stable performance even under harsh conditions.With a compact and well - designed structure, it provides sufficient space for winding, facilitating the construction of high performance transformers. The phenolic material also contributes to excellent mechanical strength, protecting the internal windings and enhancing durability.This bobbin is an ideal choice for a wide range of applications, including switch mode power supplies and high frequency electronic circuits. It helps to optimize the performance of transformers, reduce energy losses, and improve overall efficiency. Choose our EI16 phenolic high frequency transformer bobbin for reliable and efficient solutions in your next project.

Home appliance switch transformer EFD25 transformer 6+6 pins is a very popular product in our factory,，bobbin former size=28.80mmX26.00X13.50mm.Pin distance＝5.00mm，Pin row distance＝22.50mm.We have a professional design team capable of providing tailored customization services, covering current transformers, common mode inductors, high-frequency transformers, potted transformers, and more.If you have any questions about the product, please feel free to contact us and our professional technical engineers will answer them for you.

Handheld power switch transformer bobbin,This EFD25 coil former size=26.30mmX26.10X13.80mm.Pin distance＝3.63mm，Pin row distance＝20.00mm.This product is made of PHENOLIC material, which has excellent insulation properties and can withstand high voltages; Strong arc resistance, reducing discharge damage; High temperature resistance and flame retardancy, ensuring safety; High mechanical strength, not easily deformed; Resistant to chemical corrosion, adaptable to complex environments, making the product more stable. The service life is greatly extended.

PC power ER42 horizontal multi slots coil former ,9+9 pins multi grooves bobbin. ER Coil former size=25.60mmX30.50mmX44.50mm, pin distance=5.00mm.Pin row distance＝35.00mm.This product utilizes Phenolic material, which boasts excellent heat resistance, enabling it to maintain structural stability in high-temperature environments and prevent deformation that could disrupt transformer operation. It also exhibits outstanding electrical insulation properties, effectively preventing current leakage and reducing the risk of electric shock, thereby ensuring equipment safety. Additionally, the material features high mechanical strength, strong resistance to impact and vibration, and the ability to withstand mechanical stress during transformer operation, ultimately extending the lifespan of the frame.

Precision instrument switch transformer bobbin,Coil former size=15mmX14.95mmX7.45mm, Pin distance=2.5mm. Excellent electrical insulation and arc resistance; Heat resistance up to 260 ℃, no deformation at high temperatures; Fiberglass reinforcement has high mechanical strength and vibration resistance; Oil, solvent, and acid-base resistance; Low viscosity, easy to form, and stable in size; Good flame retardancy can improve fire safety.You can rest assured to choose our company, and we will provide you with professional services.

ETD39 LLC power horizontal transformer bobbin 8+8 pins ,ETD29 coil former size=44.00mmX44.50mmX31.7mm.Pin row distance=30.40mm，pins distance =5.00mm.This product has excellent insulation performance, resistance to high and low temperatures and chemical corrosion, high mechanical strength, and is not easily deformed; Good flame retardancy can enhance equipment safety; Low high-frequency losses enhance the stability and service life of transformers.

Common mode choke for converter base product, we use PHENOLIC (PHENOLIC resin) material for the inductor base, which has significant advantages. It has excellent electrical insulation, extremely low electrical conductivity, can prevent current leakage, and ensure the safety and stability of the circuit. It has good heat resistance and can maintain structural stability below 200℃. It can withstand the working heat of inductors and is not prone to deformation or damage. It has excellent mechanical strength, with strong compressive and tensile resistance, capable of withstanding mechanical stress and ensuring the integrity of the base structure. It has excellent dimensional stability, a low shrinkage rate after curing, ensuring dimensional accuracy and facilitating precise fit with other components. It also has strong chemical corrosion resistance, is stable to acids, alkalis, salts, etc., and can extend its service life. Moreover, it has inherent flame retardancy, reducing the risk of fire.

CMC choke for Converter base can enhance installation stability. Through positioning columns, clips or fixed hole structures, the inductor is firmly fixed on the circuit board to prevent inductor displacement and detachment caused by equipment vibration and ensure reliable circuit connection. Secondly, it has an insulating protective function. Insulating materials such as epoxy boards and engineering plastics are often used, which can isolate the inductor from other metal parts, prevent the risk of leakage, and enhance the safety of the circuit. It can also assist in heat dissipation. Some bases are designed with heat dissipation slots or made of high thermal conductivity materials, which can accelerate the heat dissipation generated by the inductor during operation and prevent high temperatures from affecting the performance and lifespan of the inductor. In addition, it can simplify the assembly process. The standardized installation structure enables the inductor to be quickly positioned and installed, reducing manual operation time. At the same time, it protects the inductor body, reduces damage caused by collision and friction during assembly or use, and extends the overall service life of the inductor.