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FAQs

Thread and length to DIN 912: the counterbore and key already agree with the pattern, so the two numbers land the screw, zinc for the working core, plain steel on the heavy forms.

The socket cap standard: head diameter, depth and key size fixed per thread, so any DIN 912 screw fits the counterbores and keys the pattern has always used.

Access and finish: the key drives from above where a spanner cannot swing, and the head sits flush in its counterbore, the machine builder's fastener.

From M5 to M42 with lengths into the hundreds of millimetres: the same pattern serves guard panels and press frames, which is why the shelf runs so deep.

Because machines are built in numbers: the trade pack prices the screw for the assembly bench, not the single repair, though the pack serves both.

On the socket head shelf next door: the A2 stainless D912 family runs there in full, for the joints that live wet.

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Socket Cap Screws

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A socket cap screw drives from directly above, a hex key straight down its own axis, and sits its neat cylindrical head flush inside a machined counterbore, which is why machine building and equipment assembly run on them everywhere: over 1,100 lines on this shelf to the DIN 912 pattern, every one picked on the same two numbers, thread and length.

The range runs wider than most shelves would dare, from the M5 and M6 small sizes through the M8 to M16 machine-building centre and on up to M20, M24, M36 and M42 forms with lengths running into the hundreds of millimetres, because the one pattern serves everything from a light guard panel to a press frame, and the trade packs of 100 price the screw the way machine builders actually buy it, by the box for the build rather than the piece for the repair.

The finishes split cleanly by duty, zinc plated right across the working core of the range and plain untreated steel on the heavy and large forms that are torqued, oiled and inspected in service rather than left out to weather, and the DIN 912 head standard means the counterbore, the hex key and the screw all agree with each other across every make on the shelf.

Thread and length typed into search land the screw at once out of eleven hundred lines, the A2 stainless siblings live on the socket head shelf next door for the joints that need to live wet, and a screw photographed against a rule over WhatsApp on 07754288583 comes back with its size, length and finish read off the photo and named against the shelf that carries it.

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FAQs

Thread and length to DIN 912: the counterbore and key already agree with the pattern, so the two numbers land the screw, zinc for the working core, plain steel on the heavy forms.

The socket cap standard: head diameter, depth and key size fixed per thread, so any DIN 912 screw fits the counterbores and keys the pattern has always used.

Access and finish: the key drives from above where a spanner cannot swing, and the head sits flush in its counterbore, the machine builder's fastener.

From M5 to M42 with lengths into the hundreds of millimetres: the same pattern serves guard panels and press frames, which is why the shelf runs so deep.

Because machines are built in numbers: the trade pack prices the screw for the assembly bench, not the single repair, though the pack serves both.

On the socket head shelf next door: the A2 stainless D912 family runs there in full, for the joints that live wet.

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