Screw cylindrical head - hex DIN 912 M27x250-10.9

Code: 821868
Not rated
12,12 € –8 %
Screw cylindrical head - hex DIN 912 M27x250-10.9
12,12 € –8 % 11,08 € / pcs 13,41 € incl. VAT
In stock (64 pcs)
Delivery to:
06/08/2025
Delivery offer
Hexagon socket head cap screw according to DIN 912 / ISO 4762 / ČSN 021143. Designed for fixed screw connections with high preload. Suitable for assembly using an Allen key.

Detailed information

Delivery throughout the EU

Product detailed description

The cylinder head screw with internal hexagon according to DIN 912, ISO 4762 and ČSN 021143 is designed for applications requiring strong screw connections with high preload. This screw has a metric thread with a diameter of M27 and a length of 250 mm, with a thread pitch of 3.00 mm. The total thread length is 66 mm. The cylinder head of the screw has a diameter of 40 mm and a height of 27 mm, with an internal hexagon designed for assembly using an Allen key.

The screw is made of steel with a strength class of 10.9, which means that it has a minimum yield strength of 900 MPa and a minimum tensile strength of 1000 MPa. This strength class is suitable for applications where high mechanical loads need to be transmitted. The screw is supplied without surface treatment, which is important to consider when using it in environments with a risk of corrosion.

This component is ideal for use in engineering, construction and other industries where a reliable and strong connection is required. The screw is compatible with mounting systems that use Allen keys, which allows for easy and efficient installation.

Additional parameters

Category: Fasteners > cap screws > Allen key DIN 912 > steel 10.9 without treatment
Weight: 1.249 kg
EAN: 4043952150474
CSN standard: 021143
Diameter D (mm): 40, M27
DIN standard: 912
Fortress class: 10,9
Head shape: cylindrical
Height H (mm): 27
Height H2 (mm): hex
ISO standard: 4762
Material: steel
Pitch: 3,00
Surface finish: without modification
Thread length b (mm): 66
Thread type: metric
Width B1 (mm): 19

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