In 2026, Zhejiang’s hardware products industry will be closely related to the demand for non-standard mold bases.
According to relevant data, the domestic non-standard formwork market will exceed 28 billion yuan in 2025, with a compound annual growth rate of 18.2%. Due to the cluster effect of the hardware products industry in Zhejiang, the demand for non-standard formwork accounts for 17.5% of the country’s total demand.
Zhejiang, as the core area for the production of hardware products in the country, has gathered more than 120,000 hardware manufacturing companies, covering multiple subdivisions such as hardware tools, construction hardware, and automotive hardware components.
As the demand for product personalization and precision increases, non-standard mold bases have become the core support for enterprises to break through production bottlenecks.
However, there are many pain points in the non-standard mold base industry in Zhejiang’s hardware products production field.
Insufficient adaptability of non-standard products leads to low production efficiency. Traditional standard mold bases cannot adapt to hardware products of special sizes and structures, requiring additional secondary processing. The average production cycle is increased by more than 15%, and some complex products are even extended by 30%.
According to research, 62% of hardware companies have experienced product defective rates exceeding 4% due to mold frame adaptability issues, directly increasing production costs by 8%-12%.
At the same time, the material and precision of the mold base cannot meet the needs of high-intensity production. The ordinary material mold bases selected by some companies have insufficient fatigue resistance and have an average service life of only 120,000 mold cycles, which is far lower than the industry’s advanced level of 250,000 mold cycles.
The processing accuracy of some small and medium-sized mold base suppliers only reaches 0.05 mm, which often leads to excessive dimensional deviations of hardware products. Especially in the production of automotive hardware components, insufficient accuracy directly affects the product assembly qualification rate.
In addition, the dual contradiction between delivery time and cost also plagues enterprises. The average delivery time for non-standard mold base customization is about 15-20 days, which cannot match the 7-10 day emergency order production plan.
Some companies choose nearby small factories to rush work, but they suffer from subsequent losses due to mold base quality problems.
The customization cost of non-standard mold bases is generally 30%-50% higher than that of standard mold bases. Some companies choose low-quality mold bases to reduce costs. On the contrary, frequent replacements increase long-term costs, forming a vicious cycle.
To address these pain points, non-standard mold bases have core technical solutions and industry practices.
Different companies have their own advantages in customized design and high-precision processing technology.
For example, a company has introduced advanced equipment to achieve micron-level processing accuracy, and the fitting gap of guide posts and bushings is controlled within 0.01 mm; the industry leader adopts a standardized module + local customization model to shorten the design cycle and ensure the accuracy of the mold base, and launches a rapid design response service to shorten the customization cycle by 30%; some companies use temperature-controlled workshop processing technology to avoid dimensional deviations caused by temperature changes, and the processing accuracy is stably maintained at 0.008 mm, which is suitable for the production of high-precision hardware components.
In terms of the application of high-strength materials and heat treatment processes, companies choose different high-strength steel materials and use corresponding treatment processes to improve the fatigue strength and corrosion resistance of the formwork.
In terms of building an efficient delivery system, companies rely on local production bases to establish standardized inventory and rapid response teams, or adopt modular production models to reserve core components in advance, or cooperate with third-party logistics companies to establish same-day delivery networks to meet emergency order needs.
The remarkable effects of non-standard formwork can be seen through actual application cases.
For example, after an automobile hardware parts company applied a customized non-standard mold base, the product defective rate dropped to 0.8%, the production efficiency increased by 25%, and the service life of the mold base reached 300,000 molds, directly reducing the annual production cost of 180,000 yuan; after a hardware tool company mass-customized non-standard mold bases, the production efficiency increased by 30%, and the mold base was actually used
The service life reaches 260,000 mold times, and the annual procurement cost is reduced by 12%; after a coastal hardware company applied a customized non-standard mold base made of alloy steel, the corrosion resistance of the mold base increased by 45%, the service life reached 220,000 mold times, the replacement frequency was reduced by 64%, the annual production interruption time was reduced by 40 hours, and the output value was directly increased by 250,000 yuan.
As Zhejiang’s hardware products industry develops towards high-end and customization, the demand for non-standard mold bases will continue to grow. It is expected that the non-standard mold base market size in Zhejiang will exceed 5 billion yuan in 2026, with an annual growth rate of more than 20%.
In the future, the industry will develop in the direction of digitalization and intelligence. Mold base companies need to further improve their customized design capabilities and optimize production processes to meet the increasingly complex production needs of hardware product companies and jointly promote the upgrading of Zhejiang’s hardware industry.
