How to deal with anti-static in semiconductor workshops
I. Background analysis
The implementation of the 12 EU RoHS standards has further strengthened the requirements for the environmental protection of electronic products. For semiconductor packaging workshops, this means that the selection of raw materials to production accessories must meet higher environmental standards, especially strict restrictions on harmful substances (such as chlorine and other halogens). As a key consumable in the production environment of electronic components, the selection of anti-static mats also faces considerable challenges.
II. Challenges and impacts
1. Material compliance
If the chlorine content of anti-static mats exceeds the standard, it may cause the workshop as a whole to fail to meet the environmental review requirements, affecting the export and market competitiveness of products.
2. Long-term and stability of static control
The application of environmentally friendly materials may change the physical properties of mats. How to balance long-term anti-static performance and environmental protection becomes the key.
3. Supply chain pressure
As regulatory requirements increase, products that meet the new regulations are in short supply, and semiconductor companies may face problems of rising costs and extended supply cycles.
3. Countermeasures
1. Choose halogen-free environmentally friendly anti-static table mats
Look for halogen-free table mats with a chlorine content of less than 900ppm, which meet the 12 EU RoHS standards and reduce compliance risks from the source.
2. Long-term stability performance test
In the procurement process, focus on whether the anti-static performance of the table mat can be stable in the long term to avoid sacrificing functionality while improving environmental performance.
3. Establish a cooperative relationship with suppliers
Give priority to suppliers who can provide environmental certification and quality assurance to ensure continuous product compliance and reduce future improvement costs.