Custom CNC Turned HPb59‑1 Brass RF Coaxial Straight Adapter Snap‑in Double‑Pass Connector With Nickel Plating
| MOQ: | 1000 Pcs |
| Price: | Price Per Inquiry |
| Packaging: | Standard Export Packaging |
| Lead Time: | 7-20 Days |
| Payment Method: | T/T |
| Supply Capacity: | 300000 Pcs / Month |
CNC turned brass RF coaxial adapter
,Nickel plated snap-in double-pass connector
,HPb59-1 brass RF straight adapter
Product Description
Our custom RF coaxial straight adapter is a precision‑machined component produced by Swiss‑type CNC lathe. Made of HPb59‑1 lead brass (equivalent to C36000 brass), the part features one hollow end and one solid end. Instead of external threads, it uses snap‑in grooves at both ends for quick alignment and stable connection. Additional machining includes internal boring, hex wrench flats for assembly, and central mounting cut‑outs. After precision turning and milling, the surface is finished with nickel plating for anti‑corrosion, low contact resistance and excellent electrical performance. As an experienced OEM manufacturer, we support custom dimensions, modified structures and special plating finishes according to customer drawings or samples for RF communication and testing projects.
Technical Specifications
Applications
RF test equipment adapter, laboratory signal testing devices, wireless communication modules, broadband signal transmission assemblies, industrial radio frequency measuring instruments, PCB‑mounted RF interconnection systems, signal analyzer internal connection assemblies.
Custom & OEM Service
We are a reliable manufacturer offering full custom service and OEM solutions for RF coaxial connector parts. Customers can provide technical drawings or physical samples for development. We support custom material selection, dimensional adjustment, surface plating options, modified groove structure and custom packaging. Our engineering team reviews each custom project to confirm tolerance requirements, electrical performance and manufacturability before mass production. Small‑batch prototyping and high‑volume orders are both acceptable.
Key Advantages
- Precision tight tolerance solves unstable signal transmission caused by low‑precision machined adapters
- Snap‑in groove design avoids loose connection issues from poorly fitted threaded alternatives
- Nickel‑plated brass material reduces signal loss and prevents oxidation in long‑term use
- In‑house one‑stop CNC machining shortens lead time for your custom RF component orders
- Full‑dimension inspection eliminates out‑of‑spec parts that affect your test equipment performance
Quality Control
Raw material certification inspection before production. Real‑time dimension sampling during CNC machining. 100‑percent full dimensional check after plating and cleaning. Surface finish and plating thickness verification. Deburring and oil‑free cleaning for electrical contact reliability. Complete inspection records available for OEM custom orders.
Shipping & Delivery
Prototype samples can be finished within 7‑10 working days after drawing confirmation. Mass production lead time depends on order quantity. We support international express, air freight and sea freight options. Neutral packaging or custom branded packaging is available for OEM orders. All goods are well packed to protect precision machined surfaces during transit.
Frequently Asked Questions
1. Can I get a custom‑sized rf coaxial straight adapter?
Yes, we provide full OEM custom service based on your drawings or samples.
2. What brass grade do you use for this cnc turned rf coaxial connector?
We adopt HPb59‑1 lead brass, equivalent to C36000 brass for rf adapter production.
3. Do you offer prototype samples before bulk production?
Yes, we can produce small‑run samples for your performance testing.
4. Is nickel plating the only surface option?
Other surface finishes can be customized for your specific electrical requirements.
5. What tolerance can your CNC machine guarantee for these custom rf snap‑in connectors?
Critical feature tolerance can reach ±0.01mm according to your technical requirements.
