AVOID THESE 7 MISTAKES WHEN BUYING 1000 KG HEAVY DUTY CASTOR WHEELS

Avoid These 7 Mistakes When Buying 1000 kg Heavy Duty Castor Wheels

Avoid These 7 Mistakes When Buying 1000 kg Heavy Duty Castor Wheels

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Selecting the correct heavy-duty castor wheels is not only an issue of convenience but also of safety, efficiency, and long-term cost savings when you are handling goods as weighty as 1000 kg. Still, many companies make avoidable mistakes during the choosing process that result in inadequate performance, regular replacements, or even equipment breakdown.

These are the seven most common mistakes to avoid when purchasing 1000 kg heavy-duty castor wheels so you can make a confident and wise purchase.


  1. Ignoring Load Distribution
    Assuming that every castor will carry an equal share of the whole load is one of the most often made misconceptions by consumers. Actually, not all castors distribute the weight fairly depending on changing floor surfaces or moving weight. Mostly speaking, you should:


Calculate load capacity per castor using:
(Total load / Number of castors) × 1.3 safety factor

For a 1000 kg trolley with 4 wheels:

  • 1000 kg / 4 = 250 kg per wheel

  • 250 kg × 1.3 = 325 kg per wheel (minimum rating)


Always round up and select a castor rated slightly higher than the calculated need. For a more detailed calculation based on load type, speeds and usage please download our catalog and head to selection of the castor wheel section.

  1. Choosing the Wrong Wheel Material


Not all wheel materials perform equally, especially under heavy loads. Certain materials can damage flooring or fail early on. Here is a fast comparison for applications requiring 1000 kg:

Material                                                                          Best For                                                      Avoid If

Polyurethane (PU)                  Indoor use, smooth floors, quiet operation                   Extreme heat or oil exposure

Nylon                                      Heavy loads, durable, low-cost                              Noise-sensitive areas, delicate floors

Rubber                                  Shock absorption, rough surfaces                     Heavy static loads – rubber compresses

Cast Iron                               High heat, rough industrial use                   Smooth or tiled floors – may cause damage

Make sure the wheel material matches your flooring type and environment.

  1. Overlooking Floor Conditions


If your workspace includes ramps, cracks, or thresholds, your wheels should be large and strong enough to roll over them without jamming or cracking. For example, hard wheels (such as cast iron or nylon) perform well on rough concrete..

  1. Neglecting Braking and Swivel Options.


For 1000 kg applications, braking and maneuverability become critical – especially if you’re transferring the load manually.

Castors come in three basic forms:

Roll straight, for directional stability using fixed castors.

Rotate 360° and have mobility with swivel castors.

Swivel with brake: Provide locking feature for both wheel and swivel.

Mistake to prevent:

Purchasing all swivel castors can lead to equipment "drifting" or difficult control.

Best stability and movement come from using two fixed and two swivel castors.


  1. Forgetting About Bearings


The bearing type inside the wheel impacts how smoothly and efficiently your load moves.

  Bearing Type                                              Pros                                                               Cons

Plain Bearing:            Simple, cheap, low maintenance                                Not great for frequent movement

Roller  Bearing              Good for heavy loads and frequent use                       Requires some maintenance

Ball Bearing                  Very smooth rolling, best for maneuverability            Can be more expensive and delicate

For loads of 1000 kg that require regular movement, roller or ball bearings are generally preferred.

 

6. Neglecting Environmental Elements
You could have the wheel type and weight capacity appropriate, but castor wheels can wear out quickly if you neglect your working surroundings.

Important elements of the environment include:

Temperature: PU and rubber break down under intense heat. For ovens or heat-exposed areas, pick cast iron or phenolic wheels.

Chemicals: Use cast iron or nylon wheels if you run into oil, grease, or strong cleansers.

Moisture: Choose sealed bearings and stainless-steel housings for wet or outside settings.

Always review product specs for ratings of temperature and chemical resistance.

 

7. Prioritizing Cost Over Quality

Budget is important; however, purchasing the least expensive castor wheels usually results in:

More rapid wear and damage             Regular replacements

Equipment is out of commission.          Safety hazards


Rather, consider the overall cost of ownership, including labor hours, maintenance, and longevity. Over time, investing in a quality brand or product with warranties pays off.

Final Thoughts
One-size-fits-all is not what heavy-duty castor wheels for 1000 kg loads offer. Every usage case and its surroundings are unique. You guarantee safe, seamless, and long-lasting performance by avoiding these seven mistakes—from material mismatches to disregarding environment and load variables.

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