Silver Steel

For tool room and general engineering. Applications include screwdrivers, punches, shafts, axles, pinions, pins, die posts, instrument parts, model parts, taps and drills for mild steel, engraver tools. High carbon content means that it can be hardened to give high wear resistance and chromium content adds strength and hardness.

Manufactured from
BS1407:1970 grade steel.

Typical hardness:
207-237HB with 285HB maximum.

Tensile strength:
45/55 T.P.S.I. (700/850 N/mm2).

Surface finish:
Better than 0.6 microns (25 micro inch) CLA (Centre Line Average).

Chemical analysis range:
Carbon 0.95 - 1.25%
Silicon 0.40% max
Manganese 0.25 - 0.45%
Phosphorous 0.045% max
Sulphur 0.045% max
Chromium 0.35 - 0.45%

Chemical analysis typical:
Carbon 1.13%
Silicon 0.22%
Manganese 0.37%
Phosphorous 0.014%
Sulphur 0.018%
Chromium 0.43%

Inch round sizes

Tolerances:
Below 1" plus/minus 0.00025".
1" up to and including 2" plus/minus 0.00050".

Modular Coolant Hose System

?Y? piece

Junction Pieces

Precision Ground Flat Stock (500mm)

The dimensional stability of ground flat stock combines with other useful characteristics including excellent resistance to cracking during heat treatment compared with other, more highly alloyed, cold work tools. Relatively soft and easy to machine. High wear resistance after heat treatment. Holds a good cutting edge. Suitable for EDM machining.
Typical applications: widely used in precision tools, machine knives, gauges, jigs, templates, punches, dies and machine parts.
The Cost Cutting Stock: extensive range of widths and thicknesses enables the selection of an appropriate size of ground flat stock to minimise material and machining costs.

Manufactured from BS4659 B01 grade steel equivalent to AISI 01 and Werk. No. 1.2510.
Chemical analysis range:
Carbon 0.90 - 1.00%
Silicon 0.40%
Manganese 1.00 - 1.20%
Chromium 0.50 - 0.70%
Tungsten 0.50 - 0.70%
Vanadium 0.05 - 0.25%

Chemical analysis typical:
Carbon 0.95%
Silicon 0.40%
Manganese 1.20%
Chromium 0.55%
Tungsten 0.55%
Vanadium 0.15%

Metric sizes

Tolerances:
Thickness: -0.00mm/+0.050mm.
Width: -0.00mm/+0.200mm.
Length: -0.00mm/+5.000mm.

Kennedy® Industrial Drill Chuck Arbors

Precision machined, fully hardened & ground to give maximum surface contact.

Morse Taper Drive to Threaded

Atlas? Workholding Toggle Clamps

Atlas? Workholding's comprehensive range of fixed grip toggle clamps are suitable for many applications including clamping loads, holding components in jigs and fixtures and many more. Designed to improve performance in fabrication and engineering clamping applications. The rapid clamping/unclamping made possible by the use of Atlas? toggle clamps can greatly reduce machine/operator 'down-time' during all stages of production.

Low profile clamps suitable for use in general applications requiring increased access to the actual work piece.

Force applied downwards 90 to bar.

Vertical Industrial Toggle Clamps

Atlas? Workholding AV217-FS Vertical Industrial Toggle Clamp

Capacities:
Holding capacity: 217kg
Movement: handle: 60 bar: 100.
Solid bar type, the bolt retainer supplied will need welding into position by the user.
Bolt retainer M8 x 70
Flat flanged base.
Weight: 310g

For all dimensional specifications please refer to our catalogue.

Industrial Key Steel

Key Steel Stainless Steel

Key Steel Stainless Steel - Metric

Kennedy Steel Shims

Designed to achieve accurate alignment. High quality steel to prevent corrosion from exposure to acids or alkalis. With rounded corners, perfectly deburred for maximum safety. Permanent markings indicate thickness and dimensions. Extraction and insertion tabs facilitate positioning and removal of the shims.
EN2. CS4 fully hardened bright mild steel. 6” wide. 1lb tins.

8 Piece Assorted Pack - Inch Sizes

Contains one of each of the following thickness of shim:
0.002”, 0.003”, 0.004”, 0.005”, 0.006”, 0.008”, 0.010”, 0.015”.
Size (W x L): 6" x 11".

High Speed Steel Knurls

Precision hobbed to produce burr-free clean cut knurls.

Left Hand

Hammer Drill

Hammer Capable.

Indexa Die Springs

The heat and surface treatment plus the high quality of steel used in the manufacturing process ensure the springs will bear a high number of stresses without breaking or without appreciable loss of load. Every batch of springs is subject to a rigorous testing procedure to ensure that a consistent quality is maintained. Longer springs should be guided along their course.

Light Load Springs Colour-Coded Green