Products

The HA range of Grade 8 master links and quad assemblies are widely used for offshore rigging and lifting sets for containers and are the industry leaders globally based on the following: Product available in diameters from 16mm up to 120mm and working load limits from 4.1 tonnes to 250 tonnes, The links are manufactured from triple alloy steel in accordance with EN1677, which includes individually proof load tested to 2.5 times working load limit and 100% MPI, MPF (Manufacturing Proof Force): 2.5 x 9.81 x Working Load Limit (kN) (min.), Factor of Safety: 5 : 1, Operational temperature range is -40° C to + 200°C.

The HA range of Grade 8 master links and quad assemblies are widely used for offshore rigging and lifting sets for containers and are the industry leaders globally based on the following: Product available in diameters from 16mm up to 90mm and working load limits from 4.1 tonnes to 150 tonnes, The links are manufactured from triple alloy steel in accordance with EN1677, which includes individually proof load tested to 2.5 times working load limit and 100% MPI, MPF (Manufacturing Proof Force): 2.5 x 9.81 x Working Load Limit (kN) (min.), BF (Break Force): WLL x Factor of Safety, WLL (Working Load Limit) (tonne) @ 45° to vertical, Factor of Safety: 5 : 1.

The Grade 8 chain is embossed with manufacturer's mark and grade (MA8) and class leading batch code traceability. All sizes for the William Hackett Grade 8 are proof tested at manufacture to 2.5 times the given working load limit and have a range of diameters from 7mm - 32mm. The Hackett Grade 8 chain is suitable for use in a temperature range of -40°C up to 200°C without reduction in working load limit, reductions apply up to 400°C.

The Grade 10 chain is embossed with manufacturer's mark and grade (MA10) and class leading batch code traceability. All sizes for the William Hackett Grade 10 are proof tested at manufacture to 2.5 times the given working load limit and have a range of diameters from 6mm – 32mm. The Hackett Grade 10 chain is suitable for use in a temperature range of -40°C up to 200°C without reduction in working load limit.

The WH AT Adjustable Push Trolley features a light weight robust construction, allowing quick and effective installation onto various beams and girders. The adjustable trolley is fitted with wheel guard anti-drop plates and precision ball bearing wheels allowing easy movement along the beam. It adapts to the beam width by turning the adjustable bar and is fitted with a locking mechanism for ensuring secure clamping to the beam. W.L.L. capacities of 2.0 tonnes, 3.2 tonnes and 6.0 tonnes are available and the trolleys are designed to accommodate a range of beam widths.

The WH BC fixed jaw super clamp is fitted with a 'gussett' in both jaws of the beam clamp maximising contact between the beam and beam clamp increasing the grip of the beam clamp. A shackle is fitted to the bottom of the beam clamp allowing an easy connection of the hoist to be attached. This fixed jaw super clamp can be used to an angle of 45° to the vertical. When the angle is moved away from the vertical the working load limit of the beam clamp needs to be reduced.

The William Hackett Universal Beam Clamp has been designed not only for vertical use, but also for side load applications, where conventional clamps are not suitable. The Universal Beam Clamp is suitable for pulling and lifting at angles across the beam or as a semi-permanent anchor point. It can be loaded at any angle and eliminates the use of spreader beams in various lifting operations. Fitted with an adjustable locking mechanism, ensuring secure clamping to the beam. Built-in suspension point for low headroom design. Lightweight design allowing for quick clamping and unclamping. W.L.L. capacities available at 2.0 tonnes, 3.2 tonnes, 5.0 tonnes and 10.0 tonnes extra wide designed to accommodate a range of beam widths and thicknesses.

Conforms to BS EN 12195-3. Ratchet loadbinder with winged grab hook and safety pin device. Used for tensioning chain in lashing applications. Grab hooks supplied with safety pin locking device to enhance operational safety. MBL equals 2 x lashing capacity.

A custom engineered composite repair system with superior chemical compatibility. Designed for repairing corroded and damaged piping, this ASME PCC-2 4.1,4.2 compliant system uses chemically resistant, bi-directional fabric in conjunction with a proprietary epoxy system to deliver repairs suitable for piping with harsh chemical services, including 98% sulfuric acid at temperatures up to 150°F (66°C).

A custom-engineered composite repair system that uses a high modulus fiberglass architecture in conjunction with a patented epoxy system designed for use with common inspection equipment. Its thick, non-crimped, glass fiber architecture and nano-tube-enriched resin combine to yield high strength characteristics, requiring fewer layers than comparable products.

A unique pre-saturated, bi-directional fiberglass composite for repairing and reinforcing internal and external corrosion on onshore and oshore pipelines and structures. The pre-saturated system ensures appropriate fiber-to-resin content ratios to deliver reliable performance in restoring pipeline integrity on lines with complex geometry.

ATW -1 :Range –130 lb.ft to 1,344 lb.ft
ATW-3 : Range –330 lb.ft to 3,308 lb.ft
ATW-5 : Range –551 lb.ft to 5,507 lb.ft
ATW-10: Range –1,058 lb.ft to 10,577 lb.ft

125HP/12500PSI

Special application slim-line low-clearance torque wrenches for BOPs or anywhere clearance is an issue. This tool provides better accessibility, long lasting performance, power, and accuracy to meet your needs.

40000PSI

2 LOW :Range –169 lb.ft to 1,691 lb.ft
4 LOW :Range –426 lb.ft to 4,256 lb.ft
8 LOW :Range –795 lb.ft to 7,948 lb.ft
14 LOW :Range –1,346 lb.ft to 13,456 lb.ft

15000PSI

Range –¾” to 3” Stud Size

20000PSI

The Tube-Mac PYPLOK® Mechanically Attached Fitting System is the best alternative to threaded, welded, or brazed joints. The PYPLOK® system incorporates an external swaging process as a way of joining pipe ends together. The external radial swaging process compresses the fitting onto the pipe or tube, which results in a permanent, leak-tight joint.