Bow Shackle with E Type Safety Pin - Stainless Steel

Tested and Certified Safety Bow Shackle - E Type Safety Pin in 316 Grade Stainless Steel

Stainless steel bow shackle and safety pin for lifting applications, with test certification and SWL stamp on shackle body.


Special Order

Every shackle is proof load tested to 2 x WLL, CE marked and certificated to BS EN 10204 3.1b.

We can confirm the lead time upon enquiry/order.

Bow Shackle - E Type Safety Pin

Options P
Code Price (inc VAT) Quantity 
6mm Safety Bow M6 6 13 19 28 280 EB-060 £13.61
Special order
8mm Safety Bow M8 8 16 25 35 400 EB-080 £21.60
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10mm Safety Bow M10 9.5 19 28 38 600 EB-100 £27.24
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11mm Safety Bow M12 11 22 33 46 800 EB-110 £29.35
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12mm Safety Bow M12 12.7 26 38 52 1000 EB-120 £45.42
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14mm Safety Bow M16 14.3 29 43 60 1500 EB-140 £84.00
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16mm Safety Bow M20 16 32 50 68 2500 EB-160 £132.40
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19mm Safety Bow M22 19 38 58 76 3000 EB-190 £167.47
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22mm Safety Bow M24 22 44 66 88 3500 EB-220 £207.34
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25mm Safety Bow M27 25.4 50 76 100 4500 EB-250 £287.78
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The bow shackles with E type Safety Pin are manufactured from Stainless Steel EN10088 1.4401/4.

The bow shackles are manufactured in the UK to a very high standard using the latest technology in upset forging.

The special bolt end ensures the nut is positioned correctly allowing sufficient room for the split pin.

E Type Shackle Pin

This range of shackles benefits from full materials traceability, CE marking and test batch identification. Supplied with test certificate type EN10204 3.1b.

Made In Britain

Made In Britain

This high quality stainless steel bow shackle with E type safety pin is manufactured here in the UK.

Dimension Information:

PDF Data Sheet

Download Data Sheet

Download Bow Safety Shackle Dimension Information


E Pin shackles (D and Bow) are manufactured from ISO 1.4401/4 stainless steel and are proof-tested to twice their Working Load Limit (WLL) using equipment calibrated to BS EN 10002-2 and NAMAS NIS 0424.

Design & Application

Stainless steel E Type shackles should be used in applications where corrosion resistance is of significant importance.

Stainless steels are possible solutions to corrosion problems and are ideally suited to natural (water, city and landscape atmospheric) conditions.

Stainless steel E Type shackles should NOT be used in general lifting applications where corrosion resistance is not required. For such general lifting applications please refer to the PH range of lifting shackles.

Due to the nature of stainless steel and the possibility of work hardening/stress ageing, we strongly recommend that thorough inspection and maintenance is carried out on a regular basis.

Product information

E Type shackles (D and Bow) are made from EN10088-3 1995 1.4404 stainless steel, a work hardening Austenitic stainless steel.

Because of the critical dependence of the strength characteristics on the mechanical history of the material the shackles should not be used if distorted in any way, it is imperative that no attempt is made to straighten or modify the shape of these shackles for whatever reason.


  • Store and handle shackles correctly
  • Inspect shackles before use and before placing into storage
  • Select the correct pattern of shackle and pin for the application
  • Allow for the full resultant imposed load
  • Fully tighten the bolt and nut
  • Ensure the load acts through the centre line of the shackle using spacers if necessary to meet this requirement


  • Use shackles with bent pins or deformed bodies
  • Force, hammer or wedge shackles into position
  • Eccentrically load shackles
  • Fit bolts in contact with moving parts which may loosen or unscrew them
  • Shock load shackles

    Storing and Handling Shackles

    Never return damaged shackles to storage. They should be dry, clean and protected from corrosion. Do not alter, modify or repair shackles and never replace missing pins, bolts etc., but refer such matters to a competent person.

    Never galvanise or subject to other plating processes without the approval of the manufacturer Working Load Limit (WLL)

    The Working Load Limit refers to static loading - care must be taken to ensure that any shock or dynamic loads do not exceed the WLL.

    Spreading of load

    The load must not be concentrated over a small area e.g. by knife edges or small diameter steel ropes.

    Operating temperature

    If the intended environment of the shackle involves elevated or depressed temperatures please refer to us for advice.

    Technical information - Analysis

    Please refer to EN 10088-3 1995 for chemical analysis and typical mechanical properties of 1.4401 and 1.4404 steel, which are also commonly known as grade 316 and 316L


    The bolt and shackle body will screw together easily and should be firmly fastened. Do not use any threading pastes or other such products which may attract or hold small pieces of dirt or metal.

    Proper Use

    Instructions for use

    Shackles should be inspected before use to ensure that:

  • all markings are legible;
  • the threads of the pin and the body are undamaged;
  • never use a safety type bolt/pin without using the split cotter pin;
  • the body and the pin are not distorted or unduly worn;
  • the body and pin are free from nicks, gouges, cracks and corrosion;
  • shackles may not be heat treated as this may affect their working load limit;
  • never modify, repair or reshape a shackle as this will affect the Working Load Limit.
  • Inspection of shackle

    Safety Check for E Type Shackle

    Before the shackle is first put into use it should be examined for signs of damage.

    If it is known, or suspected, that the shackle has been subjected to an excess load or the shackle shows any sign of cracking, splitting or deformation it must be destroyed.

    It is required that the shackles are regularly inspected and that the inspection should take place in accordance with the safety standards given in the country of use. This is required because the products in use may be affected by wear, misuse, overloading etc. with a consequence of deformation and alteration of the material structure. Inspection should take place at least every 6 months and even more frequently when the shackles are used in severe operating conditions.

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