9 PCS K5 مجموعة بتات البراغي البراغي العالية ، 2025 أجزاء مقاومة للمضاد للانزلاق مع المغناطيسية ، الصلب من سبائك 25-150 مم للأدوات الكهربائية واليدوية (25،50،65،70،75،90،100،120،150 مم)
Ultra-Strong Magnetic Grip: Engineered with Magnets to securely hold screws, eliminating drops during overhead or precision tasks. Ideal for impact drivers and high-torque drilling
K5 Anti-Slip Technology: Hex shank with laser-cut grooves maximizes bit retention, and prevents cam-out on Phillips/slotted screws. Hardened for impact resistance
9 Versatile Sizes Included: From compact 25mm to extended 150mm (Full set: 25, 50, 65, 70, 75, 90, 100, 120, 150 mm), tackling electronics, furniture, automotive, and construction projects
Industrial-Grade Durability: Forged from Chrome vanadium alloy steel with anti-corrosion Nickel coating. 3X lifespan vs standard bits under continuous 1500RPM use
Universal Tool Compatibility: Seamlessly fits cordless drills, impact drivers, and manual screwdrivers (1/4" hex shank) for professional worksites
وصف
-Magnetic Drill Bit Set-
Engineered for professionals who demand precision and reliability, the high magnetic screwdriver drill bit set revolutionizes fastening tasks. Featuring industry-first K5 impact-resistant technology, each anti slip bit maintains unwavering grip under extreme torque, eliminating stripped screws and wrist fatigue.
PRODUCT SPECIFICATIONS
Dimensions: 25,50,65,70,75,90,100,120,150mm
Material: Chromium Vanadium Steel
Magnet Strength: neodymium cores
Hardness Rating: 58-60 HRC
Package: 9 drill bits
SUPERIOR PERFORMANCE
These magnetic screwdriver bits outperform conventional sets with diamond-cut anti-slip flutes that bite into screw heads, coupled with triple-layer nickel plating for corrosion resistance. The extended 1/4" hex shank ensures zero wobble in all drill chucks.
APPLICATION SCENARIOS
Electronics Repair
Home Improvement
Automotive
Industrial Maintenance
SAFETY WARNING
Wear safety goggles during use. Avoid overheating bits - limit continuous use to 15 minutes. Store in dry conditions to prevent magnetism degradation.