Since July 2025, the low voltage electrical industry has been facing an unprecedented raw material price shock. Silver prices have surged by more than 427%, while copper prices have risen by over 140%, directly pushing up manufacturing costs across the industry. As silver and copper are core materials for low voltage electrical equipment, this continuous price increase has rapidly turned into a serious challenge for manufacturers.
Against this background, many well-known companies have announced product price adjustments, signaling that the impact of rising material costs is no longer limited to individual enterprises but has become an industry-wide issue. To better understand this situation, it is necessary to first clarify why silver and copper are so critical to low voltage electrical products.
To begin with, low voltage electrical equipment—such as circuit breakers, contactors, relays, and distribution cabinets—is designed to conduct, control, and protect electrical current. In this process, material performance directly determines product safety, reliability, and service life.
Silver plays a key role in electrical contacts, including relay contacts and circuit breaker contacts. Thanks to its excellent conductivity, low contact resistance, and strong arc erosion resistance, silver remains the most reliable choice for high-performance contact systems. Especially in products that require high precision and long electrical life, silver content has a direct impact on performance stability.
Meanwhile, copper serves as the structural backbone of low voltage electrical equipment. Copper busbars, wires, coils, and connectors are widely used throughout distribution systems. In many products, copper has long accounted for around 45% of total material cost, making it the single largest cost component.
Industry data shows that silver and copper together account for 65%–75% of raw material costs in low voltage electrical equipment. Although silver is used in smaller quantities, its high unit price means it contributes more than 70% of the combined silver-copper cost. Therefore, even small fluctuations in silver or copper prices can significantly affect manufacturing costs.
As silver and copper prices continue to rise, the most immediate impact is a sharp increase in production costs. This effect is particularly evident in products with high silver content, such as electrical contacts.
For example, in silver-intensive contact products, raw material costs have increased by more than 120% year-on-year. However, due to intense market competition, product prices cannot rise at the same pace. As a result, the gross margin of some small and medium-sized manufacturers has fallen below 10%, approaching critical profitability levels.
In addition, copper-intensive products such as low voltage distribution cabinets are facing even greater pressure. The proportion of copper cost in these products has risen from around 45% to over 60%, increasing the cost per unit by thousands of yuan. Even for leading enterprises, every 1,000 yuan increase per ton of copper translates into millions of yuan in additional quarterly costs.
Beyond direct cost increases, rising silver and copper prices have also disrupted traditional pricing mechanisms. Many component manufacturers still use a “raw material cost + processing fee” pricing model. However, with daily price fluctuations becoming more frequent and unpredictable, accurate cost calculation has become increasingly difficult.
In some cases, manufacturers must quote prices in advance to secure orders. If material prices rise further after the quotation is confirmed, the order may turn unprofitable. This situation significantly increases operational risk, especially for companies with limited pricing flexibility.
As a result, order acceptance decisions have become more conservative, and contract negotiations are taking longer, reducing overall market efficiency.
Compared with large enterprises, small and medium-sized manufacturers face greater challenges in dealing with rising material prices. Their disadvantages are clear: weaker bargaining power with suppliers, limited financial capacity to build inventory buffers, and fewer resources to use financial risk management tools.
Industry surveys indicate that since the second half of 2025, nearly 15% of small low voltage electrical enterprises have reduced production or suspended order intake due to cost pressure. Some have even exited the market altogether. In contrast, leading companies have leveraged scale advantages, supply chain control, and pricing power to better absorb or transfer cost increases, accelerating industry concentration.
In the short term, effective supply chain management remains the most practical way to reduce the impact of raw material price volatility. One widely adopted approach is to sign long-term pricing agreements with key suppliers, combining annual contracts with flexible adjustment mechanisms to stabilize part of the procurement cost.
At the same time, inventory strategies are being refined. By analyzing price trends and demand forecasts, companies can increase safety stock during relatively stable periods and reduce purchases during price peaks. The introduction of digital supply chain management systems also helps improve purchasing accuracy and response speed.
In addition, diversifying supplier sources across different regions reduces dependence on a single supplier and improves negotiation flexibility.
For medium and large enterprises with sufficient resources, financial hedging tools have become an effective method to manage silver and copper price risks. By combining spot procurement with futures or options strategies, companies can convert price volatility into controllable costs.
Practical cases show that well-designed hedging strategies can offset part of the cost increase and even generate additional income under certain market conditions. However, this approach requires professional teams and strict risk management rules to ensure stable execution.
In the long run, reducing reliance on silver and copper through technological innovation is a key strategic direction. Material optimization, improved contact design, and advanced surface treatment technologies can help reduce silver usage while maintaining electrical performance.
At the same time, product structure optimization—such as improving conductive path design and increasing material utilization efficiency—can reduce copper consumption without sacrificing current-carrying capacity or safety performance.
Moreover, upgrading from standard products to high-value solutions, such as intelligent low voltage electrical systems, allows manufacturers to shift competition away from raw material costs and toward technology and service value.
Finally, optimizing pricing mechanisms and market positioning is essential. Dynamic pricing models linked to raw material indices can help reasonably transfer part of the cost pressure to downstream customers. At the same time, focusing on high-growth sectors such as new energy, data centers, and smart infrastructure can improve overall profitability, as these markets place greater emphasis on performance and reliability rather than price alone.
The continuous rise in silver and copper prices has undoubtedly brought serious challenges to the low voltage electrical industry. However, it has also accelerated structural optimization, technological upgrading, and strategic transformation across the sector. Companies that respond proactively—through supply chain optimization, risk management, and innovation—will be better positioned to maintain long-term competitiveness.
DADA ELECTRIC is committed to delivering reliable, high-quality low voltage electrical solutions while continuously improving material efficiency and product value. By combining engineering expertise with responsible cost management, DADA ELECTRIC supports customers in building safer, more efficient, and more sustainable electrical systems.
Contact DADA ELECTRIC today to explore professional low voltage solutions designed for long-term performance and stability.
0086-15167477792
charlotte.weng@cdada.com
No.171 Yezhuang Road, Zhuanghang, Fengxian, Shanghai, China
