This Premium Ceramic Screwdrivers for Precision
Experience the ultimate control and reliability with this set of ceramic screwdrivers, designed for delicate electronic tasks. Featuring sleek blue handles with white tips, these tools offer a modern, professional look while ensuring comfort during use. The zirconium ceramic tips are insulated, non-conductive, and non-magnetic, making them perfect for high-frequency circuit adjustments. Each screwdriver is crafted with an ergonomic, labor-saving cap, allowing for precise and effortless handling. Whether you’re working on intricate electronics or delicate components, these screwdrivers provide superior insulation and durability. Their compact size, approximately 113 mm in length, makes them ideal for detailed, high-precision tasks. Invest in a set that combines style, functionality, and safety for your electronic work.
Keys features of this ceramic screwdriver set
- Includes models CD-15, CD-20, CD-25, and CD-100, covering a range of flat and Phillips screw types for versatile use.
- Handles are made of anti-static plastic in vibrant blue, designed to provide a comfortable grip and reduce static during use.
- Tips are made of zirconium ceramic, insulated, non-conductive, and non-magnetic to ensure safety in high-frequency and sensitive circuit maintenance.
- Tip sizes range from 1.3 x 0.4mm to 2.6 x 0.4mm, with a cross point tip measuring approximately 2.0 x 0.4mm, suitable for detailed electronic work.
- Full length of each screwdriver is approximately 113mm (4.45″), allowing precision handling in tight spaces.
- Constructed from high carbon steel and ceramic material, ensuring durability and longevity even with frequent use.
Get your perfect set of ceramic screwdrivers today and work efficiently!
Enhance your electronic repairs with this trusted set of ceramic screwdrivers. Their durability, insulation, and ergonomic design make them a perfect addition to any professional or enthusiast’s toolkit. Invest now to enjoy precise, safe, and comfortable handling on high-frequency circuits and delicate electronics.





















