How Summer Weather Can Affect Your Lifting Equipment (And What You Can Do About It)

For many industries, summer is one of the busiest times of the year. Construction projects gather pace, outdoor maintenance programmes increase, and logistics operations often experience higher demand. While warmer weather can create ideal working conditions...sometimes, it can also introduce risks that are sometimes overlooked.

Lifting equipment is designed to withstand demanding environments, but prolonged exposure to heat, sunlight, rain and dust can all affect its performance over time. Without regular inspections and proper storage, these environmental factors can reduce the lifespan of equipment and increase the risk of failures during lifting operations.

Whether you're managing a construction site, warehouse or manufacturing facility, understanding how summer weather affects your lifting equipment can help you maintain safe, compliant and efficient operations.

Why Summer Conditions Shouldn't Be Overlooked

Many lifting operations move outdoors during the summer months. Equipment that spends most of the year inside warehouses or workshops may suddenly be exposed to prolonged sunlight, fluctuating temperatures and changing weather conditions.

These environmental changes can affect:

• Webbing slings
• Wire rope slings
• Ratchet straps
• Lifting shackles
• Towing straps
• General lifting accessories

While quality lifting equipment is built for demanding environments, regular exposure to harsh conditions makes inspections even more important.

UV Exposure Can Damage Synthetic Lifting Slings

One of the biggest risks during summer is ultraviolet (UV) exposure.

Synthetic lifting slings are manufactured from strong polyester fibres that provide excellent flexibility and load protection. However, continuous exposure to direct sunlight over extended periods can gradually weaken these fibres.

Signs of UV-related wear include:

• Faded colouring
• Brittle webbing
• Surface cracking
• Reduced flexibility
• Frayed edges

Although deterioration often happens gradually, weakened fibres can reduce the overall performance of the sling.

To help maximise service life:

• Store slings indoors whenever possible.
• Avoid leaving equipment exposed on vehicles overnight.
• Keep equipment in dry, shaded storage areas.
• Carry out regular visual inspections before every use.

If there is any doubt about the condition of a sling, it should be removed from service until it has been properly assessed.

Heat Can Affect Equipment Performance

Summer temperatures don't just affect people, they can also impact lifting equipment.

Dark-coloured equipment left inside vehicles or storage containers can reach extremely high temperatures during hot weather. While quality lifting products are manufactured to high standards, excessive heat can accelerate general wear, particularly when combined with heavy daily use.

It's good practice to:

• Allow equipment to cool before prolonged use if stored in hot vehicles.
• Avoid unnecessary exposure to direct sunlight.
• Follow the manufacturer's recommended operating conditions.
• Rotate equipment where possible to reduce excessive wear on individual items.

Planning simple storage procedures can significantly extend equipment lifespan.

Moisture and Sudden Summer Showers Still Present a Risk

Summer doesn't always mean dry conditions.

Heavy rain showers, changing humidity and overnight condensation can all introduce moisture into lifting equipment.

This is particularly important for wire rope slings, wire rope, and metal lifting components.

Moisture can contribute to:

• Surface corrosion
• Internal wire deterioration
• Reduced lubrication
• Stiff or seized components

After working in wet conditions:

• Dry equipment thoroughly before storage.
• Store equipment in well-ventilated areas.
• Inspect metal components for early signs of corrosion.
• Replace damaged equipment where necessary.

Preventative maintenance is considerably more cost-effective than unexpected equipment failure.

Dust, Sand and Construction Debris Increase Wear

Summer often coincides with increased outdoor construction and civil engineering projects.

Dust, grit and abrasive materials can quickly build up on lifting equipment, especially around moving parts such as:

• Ratchet mechanisms
• Hooks
• Shackles
• Wire rope assemblies

Over time, this contamination increases friction and accelerates wear.

Regular cleaning helps remove debris before it causes long-term damage.

A simple inspection and cleaning routine at the end of each working day can make a noticeable difference to equipment longevity.

Don't Forget Your Ratchet Straps

While often associated with transport rather than lifting, ratchet straps also experience increased use throughout the summer.

Whether securing machinery, construction materials or palletised goods, straps are regularly exposed to:

• Direct sunlight
• Dirt
• Rain
• Sharp edges
• Repeated tension

Operators should inspect straps for:

• Torn webbing
• Damaged stitching
• Bent hooks
• Worn ratchet mechanisms
• Missing identification labels

Using damaged straps significantly increases the risk of load movement during transport.

Replacing worn ratchet straps before they fail is a simple step that protects both people and valuable loads.

Increased Workloads Mean More Frequent Inspections

Many businesses naturally become busier during summer.

Construction projects accelerate, maintenance schedules expand, and warehouse activity often increases to meet seasonal demand.

Higher equipment usage means inspections should become even more frequent.

Daily pre-use inspections should include checks for:

Any equipment showing signs of excessive wear should be removed from service immediately and replaced where necessary.

Proper Storage Makes a Bigger Difference Than Many Realise

Even premium lifting equipment can deteriorate unnecessarily if stored incorrectly.

Good storage practices include:

• Keeping equipment clean before storage.
• Hanging slings where possible.
• Avoiding contact with chemicals.
• Storing away from direct sunlight.
• Preventing equipment from sitting in standing water.
• Separating different types of lifting equipment to avoid unnecessary damage.

These simple measures help protect your investment while supporting safer lifting operations.

Choosing the Right Equipment for Outdoor Applications

Not every lifting task is the same, particularly when working outdoors.

Depending on the application, you may require:

• Wire rope slings for heavy-duty industrial lifting.
• Lifting shackles suitable for demanding site conditions.
• Ratchet straps for safely securing transported loads.
• Tow straps designed for vehicle recovery and movement.
• Corrosion-resistant wire rope for challenging environments.

Selecting equipment appropriate for both the load and the working environment is one of the most effective ways to improve safety and maximise product lifespan.

If you're unsure which lifting solution is best suited to your application, seeking technical advice before purchasing can help ensure you choose equipment that meets both operational requirements and compliance standards.

Summer is often one of the busiest periods for businesses across construction, manufacturing, logistics and industrial sectors. With increased lifting activity comes increased responsibility to ensure equipment remains safe, compliant and fit for purpose.

Regular inspections, correct storage and choosing the right lifting equipment for the job all play a vital role in reducing risk and maintaining efficient operations.

At UK Lifting Store, we supply a comprehensive range of certified lifting equipment designed to meet the demands of professional users across the UK. From lifting slings and wire rope slings to lifting shackles, ratchet straps, towing straps and more, our team is here to help you select the right equipment for safe and reliable lifting operations.

Whether you're planning for a busy summer season or reviewing your current equipment, investing in quality products and proactive maintenance today can help prevent costly problems tomorrow.