M4 (4mm) x 5mm x 16mm AMPG Socket Shoulder Screws - Thread Locking Stainless Steel (A2) Description
The M4 (4mm) x 5mm x 16mm AMPG Socket Shoulder Screws - Thread Locking Stainless Steel (A2) has the following features:
- 4mm Head Length (H)
- Not Standardised Manufacturing Standard
- 5mm Thread Length (E)
- 16mm Shoulder Length (L)
- Stainless Steel (A2) Material
- Stainless Steel (A2) Material Specification
- Thread Locking Finish
- 0.7mm Thread Pitch
- Metric Metric or Imperial?
- M4 (4mm) Thread Size
- 8mm Head Diameter (D)
- 5mm Shoulder Diameter (d)
- +0/-0.025mm Shoulder Diameter (d) Tolerance
- 2.5mm Socket Size (J)
- +0.05/-0mm Shoulder Length (L) Tolerance
- /p/45-acculock-thread-lock-specifications Finish Link
Discover more about the Metric Socket Shoulder Screws range.
Metric Socket Shoulder Screws feature an unthreaded shoulder below the head, which provides this type of screw with the versatility to be used in a number of applications and industries. Accu’s standard range of Socket Shoulder Screws are manufactured in accordance with the ISO 7379 standard.
The hexagon socket drive featured on Shoulder Screws is designed for use with Accu’s ranges of Socket Drive Bits and Hexagon Socket Key Wrenches.
Shoulder Screw applications can include bearings pins, die/punch works, pulley shafts or any shaft where accurate rotary movement is a necessity. These components are commonly used alongside Eye Bolts as a versatile mounting method.
Our standard Socket Shoulder Screws are also available in a knurled variant for operation by hand. These can be found in Accu's Knurled Socket Shoulder Screws.
Premium Socket Shoulder Screws
For a premium, high-precision socket shoulder bolt, available in standard, knurled, low and ultra low head types, Accu also stocks AMPG Shoulder Screws, which are manufactured from DFARS compliant materials.
Low Profile Socket Shoulder Screws
Accu also supplies a reduced-head (low profile) versions of this product in the Low Head Socket Shoulder Screws range and for extra low heads, we offer an Ultra Low Head Socket Shoulder Screw range.
Shoulder Screw Manufacture Process
Accu's Precision Socket Shoulder Screw ranges are unique in that they are manufactured in just one process, which eliminates the need for any secondary operations such as thread rolling, slot cutting or drive broaching. By manufacturing these components in a single operation, we can ensure that our Shoulder Screws are manufactured to the highest levels of concentricity. This process allows Accu's Shoulder Screws to be manufactured to a a very tight tolerance of +/-0.025mm.
Socket Shoulder Screw Materials
Socket Shoulder Screws can be manufactured from a wide range of materials, including A2 Stainless Steel and 416 Stainless Steel. Other Shoulder Screw materials available are Aluminium, Brass, Phosphor Bronze and PEEK. Additional features such as Chemical Blackening and Thread Locking Patches are also available as standard for Stainless Steel Shoulder Screws.
12.9 Hardened Steel Shoulder Screws are also available as part of this range. Hardened Steel Shoulder Bolts are specially designed to endure high levels of mechanical stress.
Metric Socket Shoulder Screws
Socket Shoulder Screws are available in metric thread diameters of between M2 and M20, with shoulder diameters of between 3mm and 24mm. Shoulder Lengths from 2mm and 120mm are also available.
Imperial Socket Shoulder Screws
Imperial Socket Shoulder Screws are available from Accu in thread diameters from 1/4" up to No.10 are available as standard, with shoulder lengths of between 1/8 inch up to 1.1/2 inch.
Custom Manufactured Socket Shoulder Screws
Accu are able to manufacture Socket Shoulder Screws to exact customer specifications on request. If the exact component you require is not listed among our standard shoulder screw range, please Contact us or submit a technical drawing to MADEbyACCU to receive a quotation. Having a component manufactured to your own specifications is an excellent way to ensure peace of mind when incorporating Accu Socket Shoulder Screws into your assembly.