Shop Online > Threaded Inserts > Headed Expansion
HM35X250E
| Label | Value |
|---|---|
| Brand | RAF |
| Display Name | HM35X250E |
|
Flange Height
((C)) |
0.031 in |
| Hole Size | 0.185 in |
|
Length
((D)) |
0.252 in |
|
Outside Diameter
((A)) |
0.252 in |
| SKU | HM35X250E |
|
Small O.D.
((B)) |
0.197 in |
| Thread Size | M3.5 x 0.6 |
| Label | Value |
|---|---|
| Brand | RAF |
| Display Name | HM35X250E |
|
Flange Height
((C)) |
0.79 mm |
| Hole Size | 4.7 mm |
|
Length
((D)) |
6.4 mm |
|
Outside Diameter
((A)) |
6.4 mm |
| SKU | HM35X250E |
|
Small O.D.
((B)) |
5 mm |
| Thread Size | M3.5 x 0.6 |
Introducing the HM35X250E Threaded Headed Expansion Insert, a high-quality and reliable fastening solution for a wide range of engineering applications. This insert is part of our premium line of threaded inserts designed to provide excellent performance and durability in demanding environments.
Constructed from robust and corrosion-resistant materials, the HM35X250E offers superior strength and longevity. The threaded design ensures a secure and stable connection, making it ideal for use in structural applications where reliability is paramount. With a head for increased bearing surface, this insert distributes the load more effectively, reducing the risk of pull-through in softer materials.
Measuring 35mm in length and 250mm in diameter, the HM35X250E is compact yet powerful, making it versatile for various installation scenarios. The compact size allows for easy insertion into prepared pilot holes, while the large diameter provides ample grip strength once installed. This combination of dimensions makes the insert suitable for use in materials of different thicknesses, adding to its versatility and utility.
The HM35X250E is designed for ease of installation, requiring minimal effort to achieve a secure and permanent hold. Its unique design and high-quality material ensure that it can withstand substantial loads without compromising on performance. Whether used in machinery, equipment, or structural frameworks, this threaded headed expansion insert delivers consistent results under heavy loads and dynamic conditions.
In conclusion, the HM35X250E Threaded Headed Expansion Insert is a durable, versatile, and high-performance fastening solution for engineers and professionals seeking reliability and strength in their applications. Upgrade your projects with the HM35X250E and experience the difference in quality and performance that our threaded inserts provide.
Constructed from robust and corrosion-resistant materials, the HM35X250E offers superior strength and longevity. The threaded design ensures a secure and stable connection, making it ideal for use in structural applications where reliability is paramount. With a head for increased bearing surface, this insert distributes the load more effectively, reducing the risk of pull-through in softer materials.
Measuring 35mm in length and 250mm in diameter, the HM35X250E is compact yet powerful, making it versatile for various installation scenarios. The compact size allows for easy insertion into prepared pilot holes, while the large diameter provides ample grip strength once installed. This combination of dimensions makes the insert suitable for use in materials of different thicknesses, adding to its versatility and utility.
The HM35X250E is designed for ease of installation, requiring minimal effort to achieve a secure and permanent hold. Its unique design and high-quality material ensure that it can withstand substantial loads without compromising on performance. Whether used in machinery, equipment, or structural frameworks, this threaded headed expansion insert delivers consistent results under heavy loads and dynamic conditions.
In conclusion, the HM35X250E Threaded Headed Expansion Insert is a durable, versatile, and high-performance fastening solution for engineers and professionals seeking reliability and strength in their applications. Upgrade your projects with the HM35X250E and experience the difference in quality and performance that our threaded inserts provide.
