This browser is no longer supported. Upgrade to Microsoft Edge or switch to a supported browser, like Chrome, Safari, or Firefox, to explore the MW Components website.

We're sorry for the inconvenience.

Inventory Status
In-stock

M3 x 0.5 Brass press-in threaded inserts manufactured with a length of 0.208 Inch and an 0.22 Inch outside diameter.

Unit System
View Spec Sheet
Specs (in standard)
Label Value
A 0.22 in
B 0.024 in
Boss Size 0.3 in
Brand RAF
Display Name HM30X208P
Finish None
Hole Size 0.15 in
Length L 0.208 in
Material Brass
SKU HM30X208P
Series HP
Thread Size M3 x 0.5
Specs (in metric)
Label Value
A 5.59 mm
B 0.61 mm
Boss Size 7.62 mm
Brand RAF
Display Name HM30X208P
Finish None
Hole Size 3.81 mm
Length L 5.28 mm
Material Brass
SKU HM30X208P
Series HP
Thread Size M3 x 0.5
Introducing the HM30X208P Threaded Press-in Insert, a robust and reliable component designed for a wide range of engineering applications. Crafted from high-quality brass material, this insert ensures durability and strength in various environments.

With its press-in design, the HM30X208P Insert offers easy installation, making it a convenient choice for quick assembly processes. The absence of a finish gives it a sleek and minimalistic look, perfect for applications where aesthetics matter.

Measuring at precise dimensions, this insert boasts a thread size of HM30X208P, providing a secure and stable connection. The thoughtful design of this insert guarantees a tight fit, reducing the risk of loosening or disconnection during operation.

The HM30X208P Threaded Press-in Insert is well-suited for applications requiring a reliable and secure fastening solution. Whether used in electronics, automotive, or industrial equipment, this insert excels in providing a robust connection that enhances the performance and longevity of the overall system.

Engineered for excellence, the HM30X208P Insert stands out for its quality construction, ease of use, and versatility across a wide range of industries. Trust this threaded insert to deliver outstanding performance and reliability in your next engineering project.