Xinping
Xinping
Explore our top-tier CE, UL, and CQC certified PCB transformers, common mode chokes, and industrial reactors designed for seamless integration.
Driving Energy Transition, Signal Integrity, and Miniaturization Across Next-Generation Power Architectures
In today's fast-evolving global electronics sector, Printed Circuit Board (PCB) mounted transformers represent the foundation of modern power distribution, signal isolation, and electromagnetic compatibility (EMC). As global industries transition toward electrified automotive platforms, smart grid metering, high-efficiency renewable energy conversion, and industrial Industry 4.0 automation, the demand for compact, ultra-reliable, and thermally robust magnetic components has surged exponentially.
Selecting the optimal PCB transformer factory or exporter requires an in-depth understanding of magnetic material engineering, insulation class durability, dielectric withstand limits, automated precision winding capabilities, and international safety compliance standards. A top-tier manufacturer must bridge the gap between heavy industrial power control and delicate low-power signal conditioning, providing tailored solutions that withstand severe environmental stress, high voltage spikes, and demanding thermal cycles.
Utilizing high-permeability ferrite cores and optimized copper winding structures to minimize core losses (hysteresis and eddy current) across high switching frequencies up to 500 kHz.
Strict reinforced dielectric isolation up to 4000V AC between primary and secondary circuits, guaranteeing human safety and sensitive microprocessor protection against catastrophic surges.
Flame-retardant epoxy resins (UL94 V-0 certified) provide 100% protection against moisture, dust, vibration, and mechanical shock while significantly enhancing thermal conductivity.
A Thirty-Year Legacy of Precision Engineering, Quality Excellence, and Global Export Capability
Located at No. 66 Shengye Road, Service Management Office, Canal Economic Development Zone, Dezhou City, Shandong Province, Dezhou Xinping Electronics was founded in 1992 and officially established in 2001. Over the past three decades, the company has expanded into a sprawling manufacturing compound spanning more than 30 acres, featuring a self-built modern industrial facility exceeding 10,000 square meters.
To deliver specialized manufacturing expertise, the company has structured three dedicated business units: the High-Frequency Business Unit, the Low-Frequency Business Unit, and the Industrial Control Business Unit. With a workforce of over 260 dedicated employees—including more than 50 senior administrative, design, and technical engineering personnel—Xinping Electronics offers an end-to-end infrastructure capable of meeting complex OEM/ODM transformer requirements worldwide.
From low-power PCB pin transformers to heavy-duty industrial reactors, our specialized divisions deliver tailored electromagnetic products.
Specializes in heavy-duty voltage step-down and regulation equipment. Core portfolio includes JBK Series Machine Tool Control Transformers, Three-Phase Dry-Type Transformers, Intelligent Servo Transformers, Three-Phase AC Input Reactors, DC Smoothing Reactors, and custom box-type transformers designed for rigorous industrial power control.
Focuses on ultra-reliable power line transformers operating at 50/60Hz. Key products include Pin Transformers, Vacuum Potting/Encapsulated Transformers (with leads or screw terminals), EI2812 to EI6644 Safety Isolation Transformers, and clamping frame transformers engineered for long-life utility meters and appliance control boards.
Pioneers compact switching magnetics for SMPS, solar inverters, and telecom rectifiers. Products include Switching Power Transformers, Planar Transformers, Network Isolation Transformers, Flat Wire SQ Inductive Coils, High Frequency Inductor Coils, and Common Mode Choke Toroidal Coils.
Custom-engineered magnetic components delivering high reliability across harsh operating environments globally.
Dezhou Xinping Electronics provides specialized customized solutions tailored to specific commercial and industrial application scenarios worldwide:
Our Special Current Transformers for Electric Energy Meters deliver ultra-high linearity, minimal phase error, and extended operating temperature range (-40°C to +85°C), ensuring pin-point accuracy for billing and power quality monitoring.
Integrating JBK Industrial Control Transformers and Intelligent Servo Transformers to provide clean, voltage-stabilized power step-down, reducing harmonic distortion and protecting costly servo drives from power surges.
Utilizing Three-Phase AC Input Reactors and DC Smoothing Reactors to suppress peak harmonics, reduce voltage spikes, and prevent premature insulation breakdown in variable frequency drives and solar inverter systems.
Rigorous adherence to environmental safety, quality management, and international safety standards.
Xinping Electronics operates under a fully integrated quality management system. The company has earned certification for ISO9001 (Quality Management), ISO14001 (Environmental Management), ISO45001 (Occupational Health & Safety), IATF16949 (Automotive Quality Management System), and QC080000 (Hazardous Substance Process Management). Product series carry authoritative global compliance marks including UL, VDE, CE, CQC, and compliance with RoHS and REACH 219 / REACH 2.0 standards.
Demonstrating technological leadership, Xinping holds 3 invention patents, 2 software copyright registrations, 21 utility model patents, and 2 design patents.
Connecting with industry leaders across worldwide trade expos and hosting global engineering delegations.
Xinping Electronics active participation in global technology conventions highlights our dedication to technological advancement and global commerce:
Exporting to more than 10 countries and regions with zero-defect delivery standards and localized supply chain integration.
Explore our low-frequency clamping frame transformers, lead socket transformers, and intelligent servo power units.
Pioneering the Next Frontier of High-Frequency Magnetics and Green Energy Efficiency
As power electronics transition toward Wide Bandgap (WBG) semiconductors like Gallium Nitride (GaN) and Silicon Carbide (SiC), operating switching frequencies are pushing beyond traditional limits into the megahertz spectrum. Dezhou Xinping Electronics R&D team is actively driving forward-looking magnetic technologies:
Replacing standard wire-wound bobbins with multi-layer printed circuit board traces. Planar transformers feature an exceptionally low profile, unmatched thermal dissipation, and ultra-low leakage inductance. This technology is critical for next-gen server power units, space-constrained aerospace systems, and high-density DC-DC converters.
In collaboration with leading chemical research institutes, Xinping is implementing nano-composite filled epoxy potting compounds. These next-generation encapsulants achieve thermal conductivity ratings above 1.5 W/mK while maintaining superior mechanical dampening and electrical breakdown resistance under high humidity and thermal shock environments.
To eliminate high-frequency skin effect and proximity losses in heavy-current applications, our production lines utilize specialized square/rectangular flat wire windings (such as our SQ Inductive Coil series). This achieves maximum copper fill factors (over 85%), significantly reducing DC resistance and operational temperature rise.
Clear engineering and commercial guidance for international buyers, system integrators, and OEM procurement managers.
Our pricing is dynamic and calculated based on raw material costs (silicon steel sheets, high-purity copper wire, ferrite cores, epoxy resins), order batch volume, and specific customization requirements (such as specialized pin configurations, reinforced insulation, or custom testing protocols). Contact our sales engineering team to receive an updated, direct-from-factory price quotation tailored to your project volume.
Yes, to maintain lean automated production lines and cost efficiencies, we establish an ongoing minimum order quantity for standard export production runs. However, for initial prototyping, design validation, and engineering evaluation, we provide flexible sample batch support. Contact our sales department to discuss your specific sample and production volume requirements.
Absolutely. We supply comprehensive documentation packages with all export shipments, including Certificates of Conformance (CoC), Certificate of Analysis (CoA), material safety datasheets (MSDS), REACH 219/2.0 statements, RoHS compliance reports, UL/CE test certificates, and Certificates of Origin (CO) required for customs clearance.
For custom prototype samples, our average turnaround time is approximately 7 business days following drawing approval. For mass production runs, standard lead time is 20 to 30 days after receipt of deposit payment and final engineering sign-off. If your project has critical deadline constraints, our production management team will expedite scheduling to meet your required timeline.
We accept secure international payment methods including wire transfer (T/T), Western Union, and PayPal. Our standard commercial payment terms are a 30% advance deposit upon order placement, with the remaining 70% balance payable upon submission of the Bill of Lading (B/L) copy.
We back all materials and manufacturing workmanship with a solid quality warranty. Every transformer undergoes 100% automated electrical parameter verification, dielectric withstand testing, and ratio checks before leaving our factory. In the rare event of a quality variance, our customer support culture guarantees immediate root-cause analysis and replacement resolution.
We utilize heavy-duty export-grade corrugated cartons, custom foam trays, and moisture-sealed vacuum barrier bags to protect products against transit damage, shock, and marine humidity. For large shipments, palletized shrink-wrapping with edge protectors is standard. We coordinate express air freight, sea freight (FCL/LCL), and multimodal door-to-door shipping according to your cost and speed preferences.
