Quick-Release Keychain Connector Patterned Titanium Alloy MFedc
Quick-Release Keychain Connector Patterned Titanium Alloy MFedc
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Quick-Release Keychain Connector Patterned Titanium Alloy MFedc
Product Overview
A flowing blue, purple and warm metallic pattern wraps the center sleeve of this MFedc quick-release keychain connector. The patterned titanium-alloy sleeve sits between silver-tone end sections, each carrying a split ring. Its detachable swivel connection separates two keychain sections while keeping a ring at each end.
Key Features
- Patterned titanium-alloy center sleeve displays flowing colored lines.
- Silver-tone end sections have drilled ring openings.
- Two-part coupling separates into a socket section and ball-ended stem.
- Swivel connection allows the attached keychain sections to turn.
- Two split rings provide the end attachment points.
Specifications
| Type | Quick-release keychain connector |
|---|---|
| Brand | MFedc |
| Center sleeve material | Patterned titanium alloy |
| Appearance | Blue, purple and warm metallic lines, silver-tone ends |
| Approximate body dimensions | 32 mm long, 12 mm sleeve diameter |
| Approximate overall length | 58 mm including the rings as illustrated |
| End opening diameter | 4 mm |
| Ring inner diameter | 13 mm |
| Sales unit | One connector and two split rings |
Frequently Asked Questions
What is the patterned part of the connector?
The central cylindrical sleeve is the patterned titanium-alloy section. Flowing blue, purple and warm metallic lines contrast against the silver-tone end pieces.
What do the separated views show?
They show the ball-ended stem removed from the matching socket section. The two mating sections form one complete connector when joined.
Which dimensions refer to the body and rings?
The diagram shows an approximately 32 mm connector body and 58 mm overall assembly, a 12 mm center diameter, 4 mm end opening and 13 mm ring inner diameter.
Are the two connectors in comparison photographs a bundle?
One purchase contains one connector and two split rings. Some photographs show multiple examples or joined and separated states of the same connector design.
