"A"&"AA" PC BATTERY CLIP For CR134A

 

Application Scope: This clip is ideal for field‑service devices, emergency medical equipment (portable oxygen concentrators, defibrillators), search and rescue flashlights, remote weather stations, industrial test probes, and military communication devices where battery size may vary by region or availability – markets Antenk already serves in the USA, Germany, South Korea, India, Russia, and beyond. Usage Method: The clip arrives with 200mm red/black silicone leads. Solder or crimp leads to your device. To install a battery: pull the sliding contact fully open, insert the battery (CR134A, A, or AA) positive (+) end first against the fixed positive plate, then release the slide – it self‑locks with an audible click. The transparent body lets you check polarity instantly. To remove, press the release tab on the slide and pull the battery out. The clip also includes a lanyard hole for portable applications. Precautions: Do not exceed 4A continuous current; avoid immersing in liquids; do not use with batteries shorter than 34mm or longer than 51mm; operate within -30°C to +85°C range. Advantages Over Competitors: Unlike competitors who sell separate clips for each battery size or use unreliable friction‑fit adapters, Antenk’s sliding‑contact design holds all three cell types securely with constant contact force – passing MIL‑STD‑810 vibration tests. Competitors often use PVC wire that stiffens in cold weather; Antenk uses silicone wire that remains flexible at -30°C. While others require 15,000+ MOQ for sliding‑contact tooling, Antenk offers low MOQs (1,000 units) with no tooling fees for standard configurations. Our IATF16949 certification ensures automotive‑grade reliability. Additionally, our 72‑hour salt spray testing and 15,000 slide‑cycle validation guarantee the mechanism works smoothly for the life of the device. The crystal‑clear PC also allows early detection of battery leakage – a critical safety advantage.

 

Antenk’s vertical integration ensures every clip meets strict tolerances. Process flow: (1) Precision mold design for sliding‑contact mechanism (18‑station progressive die); (2) High‑speed stamping of beryllium copper contacts on Japanese/Taiwanese presses – the slide rail requires ±0.02mm flatness; (3) Selective gold plating (0.5μm) on all contact surfaces; (4) Injection molding of clear impact‑modified PC on 8 Japanese/Taiwanese machines (melt temperature 290°C, mold temperature 80°C) – the slide channel is molded to ±0.03mm; (5) Automated assembly: insert contacts, assemble sliding plate with spring‑loaded detent, attach silicone leads (tinned ends); (6) 100% slide force test (140–200g retention, 80–120g release); (7) Contact resistance test using battery simulators for all three sizes; (8) Thermal cycling test (-30°C to +85°C, 50 cycles); (9) 72‑hour salt spray; (10) Final QC with lot traceability. Our laboratory houses 20+ test devices including tensile testers, environmental chambers, and vision measurement systems. With 250+ employees, 18+ mold‑making machines, and 180+ automatic assembly machines, we provide free samples, 2D/3D CAD drawings of the sliding mechanism, and 24‑hour support. Contact Antenk today – we respond within 4 hours and ship samples within 3 days. Ask about volume discounts (5,000+ units) and custom lead lengths, colors, or detent forces. With 70% export to 60+ countries and 18 years of innovation, Antenk delivers the most flexible battery clip on the market.