Plate, Drum & Girder Lifting Equipment

A steel plate, loaded drum & structural beam may all need lifting, but they shouldn't be handled with the same type of clamp. Garrick Herbert Clamps provide purpose-built solutions for gripping, lifting & handling suitable industrial loads across fabrication shops, maintenance facilities, construction work & material-handling operations.

Shape changes everything. Flat plate requires controlled engagement across a suitable gripping surface, drums need equipment designed around cylindrical loads, while girder clamps perform a specialised role around compatible structural sections. Selecting the right clamp starts with understanding exactly what the equipment needs to engage.

For the equipment surrounding the clamp, Heavy Lifting & Rigging Gear provides complementary rigging products for suitable lifting arrangements.

Identify the load first. Then confirm its weight, dimensions, gripping area, centre of gravity & intended lifting arrangement before choosing the clamp.

What Are Garrick Herbert Lifting Clamps?

These aren't ordinary workshop clamps for holding material on a bench. Garrick Herbert lifting clamps are specialised load-handling products designed around particular lifting & attachment applications.

Depending on the required task, the range can include:

► Vertical plate clamps
► Vertical drum clamps
► Chain & clamp drum lifters
► Girder clamps
► Associated lifting & rigging equipment

Each design interacts with its load differently. That makes load shape, gripping range & intended use just as important as rated capacity.

Where suitable rigging is required between the load-handling equipment & hoist, Garrick Herbert | Slings provides synthetic & chain sling options for appropriate lifting arrangements.

Why Choose The Correct Clamp For The Load?

Put a tonne of plate steel beside a one-tonne drum & the difference becomes obvious.

Although the weight may be identical, the available contact surfaces, balance, dimensions & lifting points are completely different. A purpose-matched clamp addresses the geometry of the material instead of relying on capacity alone.

Before selecting lifting equipment, work through:

Load type → Weight → Dimensions → Contact area → Centre of gravity → Grip range → Clamp capacity → Lifting direction

This is especially important with plate clamps. A clamp may have more than enough lifting capacity for a particular plate while its specified gripping range is unsuitable for the material thickness.

For compatible connecting components, Lifting Hooks, Clamps & Shackles provides additional rigging hardware for suitable lifting applications.

Common Applications

Moving Plate Through A Fabrication Shop

Plate rarely stays in one place from delivery to finished fabrication.

Material may move between storage racks, cutting equipment, preparation areas, welding bays & final assembly. A suitable vertical plate clamp can form part of that handling process where its capacity, grip range & operating requirements match the plate.

Before the first lift, establish where the plate will land. A clear route reduces the need to make decisions while material is already suspended.

For workshops reviewing the wider fabrication setup, How to Choose the Right Welding Machine for Your Fabrication Shop covers equipment selection across different fabrication requirements.

Handling Drums Around Industrial Facilities

A drum creates a very different lifting problem from a flat sheet of steel.

Its cylindrical shape & available engagement points require a purpose-matched approach. Garrick Herbert drum-handling options provide dedicated configurations for suitable drum movement where the drum & lifting equipment are compatible.

Once the drum has been safely landed, Material Handling Equipment provides complementary options for suitable workshop, warehouse & site movement.

Structural Steel Installation

Long structural sections bring balance into the equation.

Girder clamps provide a specialised option for compatible beam applications, but the clamp is only one part of the setup. Beam dimensions, equipment capacity, installation method, supporting structure & intended loading arrangement all require consideration.

Shutdown & Plant Maintenance

Maintenance work has a habit of presenting loads that weren't designed for easy handling.

Covers, fabricated guards, equipment sections & other heavy components can require controlled lifting during removal or replacement. Determine the load's approved lifting or handling method before assuming a clamp is appropriate.

Steel Stock Handling

Repeated material movement rewards a well-planned workflow.

When plate travels regularly between storage & processing areas, consider not only the clamp but also the lifting equipment above it, available floor space & final landing position. Efficient handling begins before the material leaves the rack.

Product Selection Guide

Vertical Plate Clamps – Match The Grip To The Plate

Flat steel presents an obvious problem: where does the lifting equipment securely engage?

A purpose-built vertical plate clamp provides a gripping arrangement for compatible plate within the equipment's specified limits.

Check:

► Plate weight
► Plate thickness
► Clamp Working Load Limit
► Specified grip range
► Surface condition
► Intended orientation
► Required clamp arrangement

Don't select purely by maximum capacity. The plate must also fall within the applicable gripping range of the clamp.

Drum Clamps – Designed Around Cylindrical Loads

A drum can't be approached like a plate simply because both are made from steel.

Vertical drum clamps provide a specialised arrangement for suitable drum-handling work. Compatibility should be established before lifting by checking the drum, clamp specifications & intended method of engagement.

Pay attention to the drum's condition as well as its contents & overall weight. Damage around an intended engagement area deserves assessment before lifting begins.

Chain & Clamp Drum Lifters – A Different Drum-Handling Configuration

Need the load engaged from multiple points?

A chain & clamp drum lifter combines its connecting chain with dedicated clamp components to create another arrangement for suitable drum handling.

Treat it as a complete assembly. Chain, clamps, connecting points & the equipment above them all need to work together within the intended lifting configuration.

Girder Clamps – Purpose-Matched For Compatible Beams

Sometimes the critical connection is above the hoist rather than below it.

Girder clamps provide an attachment solution for compatible structural sections within their specified applications. Beam dimensions, clamp range, capacity & installation requirements all need checking before loading.

Where vertical movement is also required, Garrick Herbert | Hoists provides complementary manual & powered lifting options for suitable applications.

Which Garrick Herbert Clamp Fits The Job?

Start with what the clamp needs to engage.

The table highlights an important distinction: Working Load Limit isn't enough to determine compatibility.

The clamp still has to physically & correctly engage the material within its intended operating range.

Plate Thickness Can Rule Out An Otherwise Suitable Clamp

Here's where plate-clamp selection can catch people out.

Imagine the load weighs comfortably less than the clamp's rated capacity. That sounds suitable until the plate thickness is checked against the specified gripping range.

If the material falls outside that range, spare lifting capacity doesn't solve the problem.

Use this sequence instead:

Confirm plate weight → Measure thickness → Check grip range → Check capacity → Assess surface → Establish lifting arrangement

Surface condition deserves attention too. Contamination, scale, coatings or damage around the gripping area may affect how equipment interacts with the material. Follow the applicable equipment instructions rather than improvising around unsuitable conditions.

Where Is The Centre Of Gravity?

The load can answer this question very quickly once tension is applied — but that's too late to start thinking about it.

Long plate, fabricated sections & irregular components can tilt or rotate when the lifting point doesn't work with their balance. Determine the centre of gravity & proposed clamp position before the lift begins.

A practical sequence is:

Identify load → Establish balance → Position clamp → Connect rigging → Clear route → Apply initial tension → Confirm behaviour

If the material moves unexpectedly as initial tension is applied, stop & reassess the arrangement rather than continuing.

What Goes Above The Clamp?

The clamp grips or attaches to the load, but something still has to provide the lifting force.

Manual lifting applications may use suitable Chain Blocks, while other arrangements can incorporate powered hoists, slings, shackles or trolley systems.

The lowest-rated or otherwise limiting component can affect the complete arrangement, so don't evaluate the clamp independently from everything connected to it.

Where both lifting & horizontal travel are required, Hoists, Cranes & Trolleys provides additional equipment for suitable suspended-load movement.

Inspect The Part That Actually Grips The Load

A clamp can be compact compared with the material hanging beneath it, but its condition is critical.

Before use, inspect the equipment according to its instructions & applicable workplace requirements. Particular attention should be given to the components responsible for gripping, locking, connecting & supporting the load.

Look for:

► Damaged gripping surfaces
► Visible deformation
► Abnormal wear
► Cracks or obvious damage
► Worn pins or connecting components
► Restricted mechanisms
► Missing parts
► Unreadable identification
► Unusual operation

If the clamp's condition creates doubt, remove it from use for appropriate assessment rather than finding out how it behaves under a suspended load.

Workshop equipment that spends time between major jobs can benefit from planned checks before workload increases. Spring Jobsite Prep – Getting Your Gear Ready covers broader preparation of workshop & site equipment.

Prepare The Landing Area Before The Lift

Getting the material off the ground is only half the operation.

Ask where it will be placed before the clamp takes the load. The landing position should allow the material to be lowered appropriately without creating an unnecessary need to reposition suspended material.

For plate, that can mean preparing suitable supports before the lift begins. For drums, it may mean clearing enough space to land the container without obstructing surrounding equipment.

During shutdown work, this planning becomes even more important because several maintenance tasks may compete for the same access, floor space & lifting equipment.

Expert Tips

Choose by load shape first. Plate, drums & beams require different engagement methods even when their weights are similar.

Measure plate thickness rather than judging it visually. Grip range can determine suitability independently of lifting capacity.

Look closely at the contact area. The condition of the material where the clamp engages deserves attention before tension is applied.

Locate the centre of gravity early. Correct clamp placement needs to work with the balance of the material.

Test the setup with controlled initial tension. Confirm that the clamp engages & the load behaves as intended before continuing.

Plan both ends of the movement. The lifting route & landing position should be ready before the load becomes suspended.

Check the complete system. Clamp, sling, shackle, hoist, trolley & suspension equipment each have their own role.