Recently, Huona’s international business and technical team completed an on-site client visit across Turkey. Situated across Asia and Europe, the region is a fast-growing hub for engineering innovation, and this trip allowed us to strengthen existing partnerships while engaging directly with emerging young engineering talent — marking another key milestone in Huona’s global market expansion.
The highlight of the itinerary was Bursa, where we visited Uludag University, a leading Turkish institution widely recognized for its research excellence in automotive engineering and electric powertrain development.
We met in person with the student-led marine motorsport engineering team from the university’s Faculty of Engineering, Department of Automotive Engineering. The group is currently developing a high-performance water racing craft, with full focus on qualifying and competing at the prestigious International Water Racing Championship in Germany. Every stage of development — from hydrodynamic hull design to powertrain calibration and critical component sourcing — follows world-class competitive engineering standards.
As a trusted specialty alloy supplier for the project, Huona’s technical specialists reviewed on-site material performance, discussed battery pack integration best practices, and provided tailored technical guidance aligned with the team’s competition goals.
In electric water racing vehicles, the battery pack is the backbone of the entire propulsion system. The internal interconnecting materials directly impact power delivery consistency, runtime reliability and overall operational safety.
Marine racing environments expose components to persistent humidity, salt-laden air and frequent temperature swings — conditions that accelerate material degradation. To find the best solution, the student team ran a comprehensive multi-phase testing program, evaluating candidate materials across electrical efficiency, thermal tolerance, corrosion durability and fabrication flexibility.
After rigorous laboratory benchmarking and repeated on-vehicle validation and tuning cycles, Huona’s high-purity pure nickel wire was officially selected as the primary interconnect material for the battery assembly.
The engineering team noted that our nickel wire delivered remarkably consistent results across all test scenarios. Its stable conductivity under heavy load and strong resistance to moisture-induced deterioration fully satisfied the precision assembly requirements of a competition-grade electric powertrain.
One of the most meaningful moments of the visit came when the team lead made an unsolicited offer: the Huona brand logo will be featured prominently on the body of the race craft. As the team competes on the international stage in Germany, our materials and brand will be showcased alongside their engineering work — an authentic, organic endorsement that carries far more weight than any formal marketing testimonial.
This cross-border recognition is both a great honor and a clear vote of confidence in the quality Huona delivers.
International motorsport competitions impose extremely strict requirements for component precision, dependability and safety. Real-world race conditions are the ultimate proving ground for any engineering material.
Huona pure nickel wire is manufactured with a minimum nickel purity of 99.6%, delivering excellent electrical conductivity with very low energy loss. This translates to steady, uninterrupted power supply to the vehicle, even during prolonged high-draw acceleration and sustained full-throttle operation.
Beyond electrical performance, our nickel wire offers exceptional high-temperature resistance, anti-corrosion properties and oxidation stability — all critical attributes for marine racing applications. It maintains reliable performance even when exposed to constant humidity, salt spray and rapid operating temperature fluctuations common in open-water competition.
Racing battery packs feature highly compact internal layouts with densely arranged connection points, leaving almost no margin for dimensional inconsistency.
Produced via a multi-pass precision drawing process, Huona nickel wire maintains tight diameter uniformity and a smooth, burr-free surface finish. This simplifies precision welding and assembly work, lowers contact resistance, and reduces the risk of localized overheating under high current — adding an extra layer of safety to the entire propulsion system.
To highlight the practical advantages of nickel wire in water racing scenarios, the table below compares key performance metrics between Huona high-purity nickel wire and conventional copper conductor wire:
| Performance Metric | Huona High-Purity Nickel Wire | Conventional Copper Conductor Wire |
|---|---|---|
| Electrical Conductivity | Outstanding conductivity retention even under continuous high-current load | High baseline conductivity, but declines significantly as oxidation builds up |
| Marine Corrosion Durability | Excellent; withstands salt spray and long-term humid exposure | Weak; prone to tarnishing and copper rust formation over time |
| Thermal Stability | Maintains mechanical and electrical properties at elevated operating temperatures | Softens under heat; higher risk of creep and deformation under load |
| Strength-to-Weight Ratio | High; enables slimmer, lightweight wiring designs | Lower; requires larger gauge to match equivalent mechanical strength |
| Lifespan in Racing Use | Extended service lifespan with negligible performance degradation throughout a full competition season | Short service life; requires regular inspection, cleaning and replacement |
| Best Suited For | High-reliability racing powertrains and precision battery assemblies | General indoor, low-stress electrical wiring applications |
For basic low-demand electrical circuits, copper may have a lower upfront price. For competitive water racing, however, nickel wire’s long-term stability and corrosion resistance prevent unexpected performance drops mid-race, making it the more dependable and cost-efficient option over an entire competition season.
This collaboration differs from a standard commercial supply contract. Working closely with student innovators reveals new, creative use cases for industrial alloy materials, and reinforces our belief that high-quality manufacturing can support both large-scale industrial production and grassroots technological creativity.
Precision-engineered materials do not only belong on factory production lines — they can also help turn young engineers’ creative concepts into real, competition-ready technology.
Performance data gathered under extreme racing conditions also provides valuable real-world insights for our internal research and development work. This feedback loop helps us refine production techniques and fine-tune material characteristics, creating a positive cycle of shared progress between industry and academia.
Going forward, Huona will continue supporting student engineering programs worldwide, contributing material expertise to help more young teams turn their project ideas into reality.
Beyond supplying standard wire products, Huona runs a dedicated support program for university innovation and student motorsport projects, designed to help young engineering teams move from initial concept to race-ready execution more efficiently.
We offer small-batch sample packs in multiple wire diameters, so teams can test different specifications and find the best match for their battery design without meeting large minimum order requirements. Custom diameter options and specialized surface treatments are also available on request to accommodate unique assembly needs.
Our technical support team is accessible throughout the full project lifecycle, from initial material selection to post-test performance analysis. This hands-on support helps engineering teams reduce trial-and-error time, stay on schedule and focus their efforts on core vehicle development. For Huona, these partnerships also generate forward-looking application insights that guide future product innovation.
Partnering with the Turkish university engineering team represents another important step forward in Huona’s international growth strategy. Since expanding into global markets, we have built everything around uncompromising quality, supported by in-house manufacturing, proven production processes and strict end-to-end quality control.
Sustained success is built on consistent craftsmanship and reliable quality. Huona will continue refining our products and customer services, earning the trust of partners around the world, and steadily expanding our presence in global industrial and innovation markets. Whether for precision industrial components, commercial equipment integration or academic research and development projects, we remain committed to strict quality standards and responsive customer support. Huona warmly welcomes partners from all regions to collaborate and grow together.