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Why and How Debris Netting Makes Your Construction Site Safer

Why and How Debris Netting Makes Your Construction Site Safer

In this article we look to explore why and how debris netting makes your construction site safer.

Construction sites can be dangerous places.

There are many potential hazards that workers face on a daily basis, including falling objects, exposure to toxic chemicals and noise pollution.

One of the most effective ways to reduce the risks associated with these hazards is to implement a debris netting system.

Debris netting is a type of safety netting that is designed to catch falling objects and debris, preventing them from hitting workers or causing damage to equipment.

Table of contents:

    What Is Debris Netting?

    Debris netting provides an optimum solution for:

    • Protection of site personnel
    • Road and pedestrian traffic from the risk of falling tools and debris
    • Damage to adjecent buildings

    It can also act as an effective wind, vision or shade barrier for the protection of operatives whilst on site.

    Our debris netting products can provide a fine mesh overlay to installed safety netting systems & and attached to edge protection systems

    If you wish to keep your construction site safe visit the Qube UK shop here.

    Why is Debris Netting Necessary

    Sometimes following safety precautions and ensuring your workspace is safe can feel extensive and a task at times.

    It’s common for the Health and Safety practices to lower in standard over time.

    Employees may begin to ignore safety procedures, putting them in danger.

    Overconfidence in one’s ability to carry out a task may lead to errors in judgment. This can be a recipe for disaster.

    Netting, guardrails, and personal fall arrest systems are all examples of fall protection.

    Roofs with a weak or unstable foundation must have safety netting installed below.

    The safety of your employees should be a top priority in such situations, and netting is an essential and critical component.

    In most cases, a lack of it will be costly for those involved.

    A fatal incident in the work place can ripple for several years and will be felt by more than just the worker and their family.

    Traumatic events might impede a company’s functioning, but they can also destroy workers’ morale.

    Leaving the worker with lack of confidence when it come to feeling protected in the work place.

    Advantages Of Using Debris Netting To Make Your Construction Site Safer

    There are many benefits of using debris netting on construction sites, including:

    – Reduced risk of injuries

    By catching falling objects and debris, debris netting can help to prevent injuries.

    – Reduced damage to equipment

    Debris netting can also help to protect equipment from beingdamaged by falling objects or debris.

    – Improved site safety

    Debris netting can improve the overall safety of a construction site by reducing the risk of injuries and damage to equipment.

    – Increased productivity

    By improving the safety of a construction site, debris netting can also help to increase productivity as workers will be able to work more efficiently

    Having less fear of being injured.

    Why and Where to Use Debris Netting

    Even the tiniest of objects that fall from a great distance can be deadly.

    Netting protects equipment or goods from falling over the side and striking people, equipment or structures below.

    When it comes to construction, most people consider new buildings.

    Debris netting is also essential for demolition and refurbishing projects.

    You are able to install it both horizontally and vertically:

    • Around scaffolds
    • Over floor openings
    • Inside elevators
    • Around multi-story buildings

    Debris netting is also brightly coloured, so it serves as a visible barrier to warn workers that there’s an opening or edge near by.How to Install Debris Netting

    Installing debris netting is a simple process and can be done by anyone.

    Installing Debris Netting To Scaffolding

    1.The area to be protected should be secured by securing the scaffolding around the perimeter.

    2. Secure the netting to the scaffolding with anchors.

    3. Attach the netting to the edge protection system using the correct equipment and safety protection.

    4. Attach the debris netting to the top.

    5. Repeat on all remaining sides as required.

    6. Ensure the netting doesn’t sag under it’s own weight and is pulled taught.

    This can be specialist work, depending on the size of the project.

    It is suggested that you seek professionals to execute such a job.

    How Debris Netting Makes Your Construction Site Safer

    Debris netting is installed around the perimeter of a construction site, typically at heights of between 4 and 6 metres.

    The netting is attached to posts or other support structures using cables or ropes

    When installed correctly, debris netting forms a barrier that catches falling objects and debris.

    Help stop such material from hitting/ harming workers or causing damage to equipment.

    Debris netting can help to improve the safety of a construction site.

    Preventing injuries and damage to equipment.

    Also helping to increase productivity by allowing workers to work more safely and efficiently.

    Why Safety On Constructions Sites Is Important

    Before any construction project begins, the health and safety of your staff should be a top priority.

    Before you set foot on the construction site, you should always double-check that all aspects of health and safety have been considered.

    Construction health and safety are critical since the industry is prone to hazardous events and can be deadly at times.

    If you don’t have the appropriate health and safety measures in place, you’ll almost certainly be in violation of the law.

    This implies that depending on the degree of danger, your company may be fined, sued, or even shut down.

    There are several other long-term advantages to your company that go beyond health and safety.

    Your workers will be happier in their jobs if you use the correct health and safety standards.

    It can boost morale and lead to improved productivity if your employees have the appropriate understanding and tools.

    Most people want to feel as though they are protected at their place of work.

    Especially when that place of work consists of many elements that can go wrong.

    No one wants the worry of their health being at risk.

    Safety in Construction Equals Fiscal Savings

    People sometimes overlook long-term savings when purchasing safety.

    Construction businesses must have insurance, and at time it comes at a high price.

    You on site safety is what determines the prices for the construction insurance.

    This places your construction sites’ safety in the hands of an insurance company.

    Such companies rate how many accidents happen and from which they charge your business accordingly.

    The less prone to accident you site is rated, the less you are charged for insurance.

    In other words, the safer you are, the more money you save on insurance.

    Where Can I Get Debris Netting?

    Debris netting is an essential component of any construction site.

    It should therefore be used whenever there is a risk of injury or damage from falling objects or debris.

    Qube UK is the leading supplier of debris netting in the UK, with a wide range of products available.

    For more information on our debris netting products, please visit our website or contact us today.

    QUBE UK | Debris Netting Supplier | FIBC Bulk Bag Manufacturer

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    How Much Weight Can FIBC/Bulk Bags Carry Safely?

    How Much Weight Can FIBC/Bulk Bags Carry Safely - Qube UK

    In this article we will be exploring how much weight FIBC bulk bags can safely carry.

    Table of contents:

      Delving into the certain ways you can moderate your use of FIBC Bulk Bags.

      FIBC or bulk bags are an ideal way to move and store large quantities of material.

      They’re also referred to as flexitanks, big bags, or container bags.

      The maximum weight that these bags can safely transport varies based on the bag’s size and strength.

      The requirements for Occupational Health and Safety have evolved significantly during the last two centuries.

      Today’s employee enjoys a level of safety that was unimaginable just a few decades ago.

      Compared to what workers had to deal with at the start of the Industrial Revolution and prior.

      When a work-related major accident happens, it becomes national news.

      Even a minor mishap draws the attention of numerous government and commercial departments.

      They spring into action trying to identify where things went wrong.

      The goal of these organizations is to find out what went wrong, fix the mistakes that caused the accident, and communicate with all stakeholders.

      This is all part of the plan to prevent similar instances from occurring again.

      The consequences of a fatality at work are often much more severe.

      Every workplace procedure will be very closely examined.

      When it comes to bulk bags, the obvious hazard when handling and transporting such a heavy item is the product’s weight.

      A standard bulk bag can hold a weight of up to 1,000 kgs, or 2,205 pounds.

      Custom bulk bag designs can vary in weight capacities.

      When these tremendous weights are suspended in mid-air around employees and equipment, the importance of safety cannot be overstated.

      That’s where these FIBC (Flexible Intermediate Bulk Container) safety phrases come into play.

      Safe Working Load And Safety Factor

      The Safe Working Load (SWL) and Safety Factor (SF) are two concepts that often get confused.

      We’ll examine them separately so you can understand what they’re all about.

      These two phrases should be firmly in your vocabulary if you’re dealing with any quantity of bulk bags.

      The Safety Factor is sometimes known as the Safety Ratio since it is, after all, a ratio.

      The maximum safe weight lifting capacity of a bulk bag is its SWL (Safe Working Load).

      This implies that the bulk bag was created and built to meet those requirements.

      From the cloth’s thickness to the width of the lifting loops, everything was built to support that maximum weight.

      When you’re hauling around hundreds/ thousands of kilos, it’s not “just a bag”.

      Unsurprisingly, a 1,000-kg (2,205-lb) bulk bag should never be filled with any material greater than 1,000 kg.

      Safe Working Loads play a crucial role in allowing workers to calculate the total load their bags can safely lift.

      When a bag is forced to carry more weight than its SWL ability, it can result in significant workplace injuries or even fatalities.

      Knowing the SWL of your bags allows you to figure out how much product you can safely fill the bags with based on their bulk density.

      How Much Weight Can FIBC/Bulk Bags Carry Safely?

      When working on a large product with large amounts of material, the question ‘how much weight can a FIBC/ Bulk Carry Safely can prove to be very influential.

      Which is why it’s essential you get it right.

      Whether an employer or employee.

      The last thing you want, is to have played a part in a fatal incident that occurred due to poor judgement.

      Numbers never lie.

      How To Calculate A Safe Working Load

      The SWL of bulk bags is calculated as follows.

      You probably know that a yard contains 27 cubic feet.

      If you also know that wheat flour has a density of about 42 pounds per square foot, you can simply multiply 27 by 42 to get 1,134.

      1,134 is the total number of pounds that a cubic yard of wheat flour weighs.

      So a bag with a capacity of 2,200 pounds could safely contain a cubic yard of wheat flour.

      However, if you had 2 cubic yards of wheat flour, the combined weight would be 2,268 pounds.

      Despite the fact that 2,268 is only a little larger than 2,200, you should not put both cubic yards of flour into a single bag with an SWL of only 2,200.

      To guarantee the safety of your employees, you’ll need to separate the goods or utilize a bag with a higher rating.

      What Standards Establish Proper Safe Working Load and Safety Factor?

      The European Flexible Intermediate Bulk Container Association (EFIBCA) established Safety Factor standards for FIBCs in the 1980s.

      This was to help provide for safety in the workplace.

      More recently, the International Organisation for Standardisation’s cemented the criteria above to ensure quality, reliable bags and protect worker safety.

      How Safety Factor Is Determined

      To determine the safety and usability of a bag, manufacturers use what is known as the peak load test.

      During the peak load test, a bag with an SF of 5:1 should be able to endure five times the SWL after being used 30 times.

      If the bag fails at these conditions, it is not suitable for industrial or commercial usage.

      For example, say the SWL of a bag were 1000 lbs .

      If the bag could endure up to 5000 pounds of pressure, it would pass the test.

      Once the cyclic test was carried out with 2000 pounds of pressure 30 times.

      A bag with a SF of 6:1 should be able to withstand six times the SWL, implying that it will handle amounts ranging from 600 to 1,000 gallons.

      That’s after having been put through 70 cycles of three times the SWL.

      Because this test is more stringent, a bag that does not break before completing the test may be labeled as a multi-use bag.

      If the bag’s SWL were 1000 pounds, it would pass the 6:1 testing if it could withstand up to 6000 pounds of pressure.

      That’s after enduring the cyclic test at a pressure of 3000 pounds 70 times.

      Get In Touch

      When you need a safe, sturdy FIBC bag, Qube UK should be your first stop.

      Visit the Qube UK shop here.

      It’s our mission to make your bag buying experience easy, informative, and enjoyable.

      We also want to share our knowledge with you, so you can make the best purchasing decision for the company you represent.

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      FIBC Bags: 6 Frequently Asked Questions

      FIBC Bags: 6 Frequently Asked Questions by Qube UK

      In this article we answer the most frequently asked questions surrounding Flexible Intermediate Bulk Containers/ FIBC Bags.

      With the constant development of the construction industry FIBC Bags are being more frequently used on a daily basis.

      FIBC Bags are typically used for materials that are too light to have enough weight to be handled by traditional conveyors.

      They can carry everything from granules and powdered products to super-lightweight powders.

      Manufactures make the bags in all standard sizes that are able to carry materials that won’t damage the FIBC bag.

      Bags are available with different types of valves for product discharge, dust extraction, sealing etc.

      Depending on where the source of the bags is from they can also be custom made to specific customer request.

      Table of contents:

        6 Frequently Asked Questions:

        Below is a list of the questions we commonly see on a regular basis that you too may also have.

        We hope they help you understand FIBC Bags a little better.

        Giving you enough insight to have FIBC Bag questions of your own answered too if it’s required.

        If you’re looking to purchase FIBC Bags visit the Qube UK shop here.

        1) Are Bulk Bags Recyclable?

        Simply said, FIBCs are composed of 100% polypropylene and can be recycled.

        One exception to the above is that most recyclers only accept large amounts of garbage.

        Often FIBCs are not accepted in your normal recycling containers.

        The bag may contain materials that cannot be recycled for reuse directly.

        However, they can still be ground up and used as filler material to create new FIBC bags.

        The scraps can also be melted down and used to create FIBCs under the new FIBC bag specifications.

        FIBC bags are sufficiently strong and can be cleaned.

        This means they can also be used for other shipping applications after their original use has been fulfilled.

        2) How Much Product Can a Bulk Bag Hold?

        Jumbo bags are designed to carry loads of up to 4,000 pounds.

        They’re made to have a Safe Working Load (SWL) meaning they can sustain between 1,000 to 4,000 pounds load.

        A few specialized bags can carry up to 5,000 pounds, but they are rare and difficult to come by.

        There are 2 main FIBC Bag specifications to consider for new FIBC Bag purchses

        The first specification is Strap Specification, or Strap Tear using the ISO 11992-1 standard.

        This specification is the means by which FIBC bags are tested for strap tear resistance.

        The second FIBC Bag Specification to consider is FIBC Dust Test.

        This allows us to know how much dust can pass through each FIBC bag.

        The dust test is conducted using the ISO 14688 standard.

        Bags that meet FIBC dust tests are usually suitable for bulk solid materials that produce a lot of dust when in transport or when in storage.

        3) Can FIBCs Be Reused?

        Bags may be reused under specific conditions.

        The bag must be intended and tested for multiple uses.

        This reuse certification varies based on specific conditions.

        The FIBC bags must be in good physical condition with no visible defects.

        Bags must have an SFR of 6:1 in order to be reused.

        For more information on FIBC Bags visit Qube UK here (

        4) What Is The Difference Between U-Panel, Circular, & 4-Panel bulk bags?

        U-Panel Bags

        U-panel bags are created using three body panels.

        One of the panels runs the full length of the bag.

        The bottom of the pouch is made out of two more pieces of fabric sewn into the larger piece, giving it four sides.

        When filled, the U-panel bags will preserve a rectangular form similar to other construction types.

        Especially a U-panel bag with baffles.

        U-panel bags are an industry standard.

        They’re the most common of their kind, with high safe working loads (SWLs) and long-lasting quality.

        Circular Bags

        Circular bags on the other hand adopt a slightly different design.

        They’re comprised of a tubular piece of fabric that wraps around all four sides of the bag for stitching only on the top and bottom.

        Although the fabric is tubular, when filled, the circular baffle bag has the shape similar to that of a square bag.

        When a circular bag is filled, there’s a widespread misconception about regarding it’s shape.

        They’re simply made out of a single piece of fabric that encloses all four sides of the bag.

        The fabric of a 4-panel bag is made from four separate pieces that are stitched together to form a square structure.

        4-Panel Bags

        A 4-panel bag will maintain its square form when filled, similar to that of other construction materials.

        4-panel bags tend to keep their form better than U-panel bags, and U-panel bags hold their form better than circular bags.

        The main disadvantage of 4-panel bags is their higher volume of stitching required to keep the bag together.

        This might allow for a larger number of bag components that are susceptible to failure.

        4-panel bags, on the other hand, are great for storage since they retain their form when packed.

        Each design comes with both its advantages and disadvantages.

        Depending on the job it’s essential to select the most suitable design for you.

        5) What is the Coating or Laminate on a Bulk Bag?

        The laminate is a second polypropylene film that serves as a coating.

        The film is applied to the bag’s fabric, filling in the tiny gaps in the poly weaves.

        This film may be applied on both the inside and outside of the bag.

        A sealant or laminate applied to the walls also functions as a moisture barrier.

        For some applications, a poly liner is a superior option for protecting the contents.

        The bag will not be completely waterproof regardless of whether it is coated or has a liner.

        6) What Does 5:1 and 6:1 SF Mean?

        All woven polypropylene bags are intended to be used only once.

        When single use bags are rated against the Safety Factor Ratio (SFR), they score a 5:1.

        This means that they can carry five times their rated safe working load (SWL).

        We advise against filling a bag above its safe operating load for safety reasons.

        For multiple uses, some woven polypropylene FIBCs are produced specifically.

        Multiple usage/multiple trip bags are designed to carry up to six times their safe working load and can sustain 6:1 safety factor ratio.

        As previously stated, we do not recommend filling a bag to its safe operating load due to safety reasons.

        To Summarise: FIBC Bags: 6 Frequently Asked Questions

        Having now come to the end of this article we hope we answered any questions you sought after before reading.

        We have covered a range of topics and talking points hopefully widening your knowledge.

        Thank you for reading FIBC Bags: 6 Frequently Asked Questions.

        Got More Questions?

        If you’re interested in learning more, read some of our other articles:

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        Top 5 Uses For Bulk Bags And FIBC Bags

        Top 5 Uses For Bulk Bags And FIBC Bags

        In this article, we are going to explore FIBC Bags and Bulk bags, giving you our top 5 list on what they can be used for.

        These are Bulk bags that you would put anything into and then haul away to a landfill or somewhere else that is not your property.

        Bulk bags come in many different weight capacities and sizes making them usable for everyone from the individual to the construction worker.

        Flexible Intermediate Bulk Containers (FIBCs) are a fantastic option for transporting and storing dry flow-able products.

        If you are currently exploring new methods for transporting and storing your dry flow-able product, here are five reasons why FIBC bags might be the one for you.

        Table of contents:

          What Are FIBC Bulk Bags?

          FIBCs are also known as bulk bags, big bags and super sacks.

          Essentially, an FIBC bag is industrial suitable bagging in which you can commonly store materials such as construction debris and agricultural waste.

          The material in Bulk Bags or FIBC Bulk Bags can be made of polyethylene, canvas or other industrial fabrics.

          Top 5 uses for FIBC Bulk Bags:

          1. Construction and building materials

          Within the construction industry people are heavily dependant on the fast and efficient supply of materials.

          These materials might include: gravel, stone, sand, cement as well as minerals and metals.

          As a result, it’s critical to have sturdy and long-lasting bags to transport building supplies.

          The FIBC bag can fulfil the demands of the business since it is robust and adaptable enough to be relocated on-site.

          Additionally, they may be readily utilized to move goods over vast distances.

          Aside from these uses, FIBC Bags are used in a variety of sectors.

          If you’re searching for a strong, sturdy, and long-lasting packing solution for your business, FIBC Bags are worth considering.

          We can assist you in achieving greater profit and operational savings through an effective packing technique as a reputed FIBC Bulk Bag distributer.

          If you would like to purchase FIBC Bulk Bags, visit Qube UK here.

          2. Safe transportation of Critical Products

          Some goods, are easily flammable and subject to static charges, which can cause explosions.

          Why? Because this is why it’s tough to relocate them, therefore a packing technique that minimizes danger is required.

          FIBC Bulk Bags provide you with a safe and inexpensive alternative for the transportation of potentially dangerous goods.

          Static control bags are ideal for stacking, storing, raising, and transporting flammable commodities like petroleum.

          One of the most significant features is that Bulk Bags ensure safe storage by preventing contact with critical components.

          3. Carrying fine powder

          When it comes to handling fine materials, I recommend using IFBC bags, particularly those with sift-proof seams.

          This enables the FIBC Bulk Bags to maintain the fine powder from leaking from the bags.

          In reality, Bulk bags with sift-proof seams can likewise be used in a small scale in addition to industrial applications.

          Materials include:

          Concrete, powdered metals, and minerals such as titanium dioxide, zinc ash, cobalt powder, carbon black, and food-grade powders like skimmed milk and spices to name a few.

          A breathable FIBC bag might lose some of the contents, so if you’re transporting items like grains, choose a coated FIBC bag.

          4. Transportation

          The thermoplastic industry, which serves nearly every other sector in the globe, is extremely reliant on mass packing for its supply.

          For example, Bulk Bags can transport large quantities of plastics such as:

          High-density polyethylene (HDPE), low-density polyethylene (LDPE), linear low-density polyethylene (LLDPE) and medium-density on the same Bulk Bag.

          Polyethylene is usually sent from the factory to factories as pellets.

          When transporting and loading an FIBC bag it is done on pallets or by lifting it from the loops.

          Depending on the style of the bag this can be done by one person or may take two.

          Emptying the bags is easy, you can use the special discharge spout or simply cut it open

          You no longer need to worry about bulk transportation of powdered and granular products. You can contact

          5. Maintaining the quality and stability of agricultural products

          Storage and transportation of agricultural products contribute to waste, which can be reduced with better packaging.

          Agricultural Bulk Bags, also known as agricultural FIBC bags, are highly utilized in the agriculture industry.

          Grain, bean and pea products, along with other animal feeds and fertilisers, are examples of products you’ll find in agricultural Bulk Bags.

          These bags are made of a sturdy material that enables them to maintain their form while saving room on the way.

          Furthermore, the breathable or “uncoated” form of FIBC Bulk Bags allows air and moisture to pass through more easily, reducing spoilage while maintaining the quality of agricultural products.

          What Are the Different FIBC Designs?

          There are four main designs of FIBCs, each with its own set of characteristics

          Baffle Bags

          Baffle bags can be identified by the presence of a piece of fabric on certain four-panel and tubular luggage.
          The handle’s inner lining, as well as the sewn-in features on this tote, add stability and improve its appearance.

          Baffle bags may help to increase efficiency in storage areas and shipments.

          Tubuluar / Circular Bag

          Tubular: Also known as a circular bag, this style lacks vertical seams.
          The cloth is produced on a circular loom and cut and measured to different heights for various bag capacities.


          Four-panel: Four-panel bags are made from four distinct pieces of fabric that are then stitched together.
          The pieces of cloth bundle are stitched together to make a bag that is nearly rectangular in shape.


          The bag has a U-shaped profile, which is supported by the center panel. This design employs only one panel for the two opposing sides and the bottom, making it ideal for strength and structure.

          To Summarise: Top 5 Uses For Bulk Bags And FIBC Bags

          Why buy bulk bags?

          • Bulk bags are often used instead of drums which can be dangerous for workers, Bulk Bags are much safer to handle.
          • More economical than drums.
          • Lighter than drums, typically by 15% or more.
          • Have a larger capacity for the same volume as a drum making them easier to pack and ship.
          • Bulk bags are most often made of Polyethylene, making them easy to clean and reuse.
          • They can be crushed for storage, something drums cannot do.
          • Bulk bags can be stacked for storage, reducing the amount of work needed in the warehouse or yard when they need to be stored temporarily.

          Bulk Bags are an amazing way for transporting and storing different types of goods safely and efficiently.

          Head over the the Qube UK website if you’re looking to purchase Bulk Bags, purchase Debris Netting or purchase Cable Ties.