Are your battery clips exact alternative for Keystone parts?

Yes. We engineered our battery clips and spring contacts to serve as 1:1 drop-in equivalents for standard Keystone footprints, ensuring seamless integration into your existing PCB layouts without requiring redesigns.

What base materials are used for your spring contacts?

Our standard contacts are manufactured using high-yield Phosphor Bronze (C5191) for excellent fatigue resistance. For high-current or extreme-temperature applications, we utilize Beryllium Copper (BeCu) with gold-over-nickel plating.

How do I obtain specifications for my PCB layout?

You can request Technical Datasheets and 2D Footprint Specs directly through our NPI Engineering Queue. Our engineering team provides a 12-hour fast response SLA for all technical documentation requests.

Battery Clips & Spring Contacts

We engineered our Battery Clips and Spring Contacts to deliver uncompromising retention force and sub-milliohm contact resistance in high-vibration industrial environments. Utilizing premium Phosphor Bronze (C5191) and Beryllium Copper (BeCu) base materials with precision gold-over-nickel plating, our contacts prevent fretting corrosion and ensure stable power delivery for IoT, medical, and automotive applications.

Our test data shows consistent electrical continuity even under 10G shock profiles. We manufacture direct 1:1 footprint equivalents for Keystone standard clips across both SMT (Tape & Reel) and THM (Through-Hole) mounting styles. For custom PCB layouts, our NPI engineering team executes rapid tooling modifications within 15 days.