Wenda Electronics
Wenda Electronics
Providing high-precision Wire-to-Board (WTB) strip connectors engineered for harsh industrial environments, renewable microgrids, heavy mining machinery, and local Perth-based lithium energy storage projects.
Explore our primary high-density, gold-plated vertical and horizontal headers configured for advanced electronic interfaces in WA industrial frameworks.
Western Australia, centered around the capital city of Perth, is a global powerhouse for resource extraction, mineral processing, and heavy industrial operations. With the rapid development of remote microgrids, off-grid lithium battery energy storage systems (BESS), and automated mining transport, there is an unprecedented demand for reliable electrical connectors. Wire-to-Board (WTB) strip connectors form the backbone of control circuits, communication interfaces, and Battery Management Systems (BMS) in these settings.
In this local paradigm, off-the-shelf electronics often fail due to extreme ambient heat (frequently exceeding 45°C in the Pilbara and Goldfields region), intense mechanical vibrations from heavy-duty haul trucks, and high levels of atmospheric dust and humidity. The specification of WTB strip connectors with secure locks, moisture resistance, and gold-plated contacts is critical to ensuring zero-downtime operations.
Whether it is local Perth-based lithium battery pack assembly, remote sensor telemetry boards for mine site monitoring, or marine telemetry equipment utilized off the coast of Fremantle, high-performance connectors are a necessity rather than an option.
Analyzing global technological progress and local industrial demands within Western Australia's booming green economy.
The global market for fine-pitch Wire-to-Board connectors is rapidly shifting toward sub-1.0mm pitches (such as 0.8mm and 1.0mm). This transition is driven by the miniaturization of consumer wearables, advanced medical devices, and dense automotive electronics. Simultaneously, high-reliability locking mechanisms are becoming the standard to handle dynamic vibration stresses in automated industrial environments.
Western Australia's Southwest Interconnected System (SWIS) is adopting utility-scale battery energy storage systems at an unprecedented rate. Battery pack manufacturers and system integrators based in Henderson, Welshpool, and Kwinana demand robust SMT connectors for their BMS balance-of-system wiring harness assemblies. High-vibration locking clips are essential to prevent connection failures in remote installations.
Our gold-plated pins are designed to prevent galvanic corrosion in coastal marine environments and high-sulfur mining areas. Integrated locking pegs and internal dual-locking designs provide mechanical security, ensuring stable signal transmission even under continuous thermal cycling and heavy operating shocks.
In harsh remote locations across Western Australia, electing the correct connector pitch is a trade-off between board space optimization and overall mechanical robustness. The table below lists the technical parameters for common pitches utilized in battery and telemetry equipment:
| Pitch Size | Typical Applications | Current Capacity | Vibration Resistance | Locking Type |
|---|---|---|---|---|
| 0.8mm Pitch | Ultra-compact sensors, wearable telemetry, high-density PCBs | 0.5A - 1.0A AC/DC | Moderate (Friction fit / Gold contacts) | Friction Fit / SMT Pegs |
| 1.0mm Pitch | BMS control logic boards, medical monitoring, compact LED strips | 1.0A AC/DC | High (H-Type / Dual Row Locks) | Internal Mechanical Lock |
| 1.25mm / 1.5mm Pitch | Automotive electronics, battery pack sensor wires, industrial automation | 1.0A - 2.0A AC/DC | Very High (Positive Lock mechanisms) | Active Plastic Latches |
| 2.0mm Pitch | High-power controllers, main power distribution lines, heavy-duty BMS harness | 2.0A - 3.0A AC/DC | Extreme (Double Row Locking) | Heavy-duty latching housings |
High-Precision Equipment Sets
Factory Area Under Operation
Construction Area for R&D
Automotive Grade Quality Certified
Located at the southern foot of the beautiful Yandang Mountain - Yueqing Bay Lingang Economic Development Zone, Yueqing City, Zhejiang Province, our production site is positioned close to the 104 National Highway, next to the Ningbo-Taiwan-Wenzhou Expressway, and 50 meters away from Wenzhou Airport and Railway Station. We are also close to the starting station of Wenzhou Light Rail Line S2, providing highly efficient logistical links for local and global shipping, including directly serving Perth industrial distributors.
Founded in March 2007, Wenda Electronics is a private joint-stock enterprise with more than 500 employees. The factory covers an area of more than 10,000 square meters and has a total construction area exceeding 25,000 square meters.
We integrate advanced product research and development, manufacturing, and marketing, and independently design and develop various types of precision electronic connectors, new energy connectors, electronic and automotive wiring harnesses, and related products. We operate high-speed precision punching machines, precision injection molding machines, fully automatic integrated assembly lines, fully automatic multi-functional computer wire stripping machines, wire harness terminal machines, FFC-automatic laminating and molding machines, CCD fully automatic detection and packaging machines, and two-dimensional, ROHS tester, film thickness detector, reflow soldering, multi-function wire tester, wire harness continuity tester, etc. - a complete set of advanced production/testing equipment totaling more than 500 sets.
To ensure high quality for international markets like Australia and the European Union, the company has passed a series of stringent quality management system certifications. This guarantees that every connector leaving the facility is fully compliant with modern electronics standards:
Our connectors are engineered to serve key industrial applications that require high signal integrity and robust physical connections.
Connectors are comprehensive carriers of "power transmission + safety protection + intelligent interaction + mechanical adaptation" in new energy chargers, and their performance directly affects charging efficiency, safety, compatibility, and user experience. As new energy vehicles and remote solar storage solutions develop towards higher voltages (such as 800V platforms) and higher power (such as 480kW ultra-fast charging), connectors are upgrading towards high current carrying capacity, high temperature resistance, miniaturization, and intelligence, becoming a key link in new energy charging technology.
Connectors in medical equipment are precise carriers for signal transmission, reliable interfaces for power supply, and safety valves for fluid control. Their performance directly affects diagnostic accuracy, treatment safety, and the efficiency of medical processes. With the development of medical technology towards minimally invasive and intelligent options (such as telemedicine devices and wearable monitoring devices), connectors are upgrading towards miniaturization, high integration, asepsis, and intelligence, supporting innovative medical equipment development.
Connectors in mobile phones serve as the collaborative link for internal components and the functional interface for external interaction. Their design directly affects battery life, data transmission speed, expandability, and durability. With the development of mobile phone and terminal display technology, connectors are upgrading towards miniaturization (saving internal space), high integration (such as USB-C interfaces), and high reliability, supporting improved mobile performance.
We employ advanced manufacturing and testing processes to ensure zero-defect components reach our clients in Western Australia and beyond.
To ensure that every product is provided to users with peace of mind, the company requires that every product leaving the factory be free of defects.
Advanced high-speed precision stamping machines and automated assembly lines maintain manufacturing tolerances within ±0.02mm.
Utilizing CCD automatic visual detection, reflow oven profiling, RoHS testers, and gold film thickness gauges to ensure quality.
Humidity-controlled packaging and storage protect copper alloy contacts from oxidation before shipment.
Our specialized engineering team supports custom molding and pitch customizations to meet specific design requirements.
Continuous training programs ensure our manufacturing operators maintain consistent product assembly quality.
Browse our 1.25mm to 2.0mm pitch series designed for robust integration into automotive wiring harnesses and modular PCB architectures.
Specialty connectors designed for high thermal environments up to 180°C, typical in solar inverters and mining electronics.
Meeting international quality standards to support demanding applications in the Australian market.
Get authoritative answers on specifying wire-to-board solutions, certifications, and high-reliability configurations.
Get in touch with our technical sales engineers for technical specifications, product samples, and direct manufacturing quotes tailored for the Australian market.
