Frequently asked questions
● Type A: Non-conductive FIBC bag for safely transporting non-flammable products.
● Type B: Low breakdown voltage FIBC bag suitable for transporting dry, flammable powders.
● Type C: Conductive FIBC bag with ground connection for safely transporting flammable powders in the presence of flammable vapours, gases, or combustible dust.
● Type D: Antistatic FIBC bag designed to prevent incendiary sparks and brush discharges without the need for a ground connection, suitable for transporting flammable powders in combustible and flammable environments.
Q2. How do FIBC bulk bags improve worker safety?
Bulk bags require the use of mechanical means to move, which reduces the need for manual movement by workers. This improves the safety for workers by preventing them from being exposed to injuries.
Q3. How do FIBC bags offer product safety?
FIBC bags protect consumable and medical-grade flowable products by preventing contamination and exposure to moisture.
Q4. What makes FIBC bags a cost-effective solution?
Using FIBC bags reduces labour costs and overall expenses, as they are a long-term investment that can continue to streamline your operation.
Q5. Is FIBC Bulk Bags an eco-friendly packaging solution?
FIBC Bulk Bags stand out as a prominent eco-friendly packaging solution due to their reusability and reduced environmental impact. Unlike single-use plastic packaging, some FIBCs can be used multiple times, promoting sustainability and contributing to a greener future.
Q6. How do bulk bags ensure the safety of hazardous products?
Bulk bags come in different safety grades, ranging from Type B to Type D, offering varying levels of antistatic protection. Type B bags safely transport dry flammable materials, while Type C and D bags provide the highest levels of antistatic properties. This electrostatic control is crucial in industries handling hazardous products like petroleum derivatives, minimising the risks associated with static charges and ensuring employee safety.
Q7. What are the advantages of using bulk bags in the food processing industry?
Food-grade bulk bags, manufactured to FDA standards, offer significant benefits in the food processing industry. They safeguard food products throughout transportation, maintaining freshness, taste, and chemical-free quality. These bags prevent contamination and ensure that food products reach their destination intact and ready for consumption, meeting the stringent requirements of the industry.
Q8. Are FIBC bulk bags recyclable?
Bulk bags have an extensive life cycle and can be reused continuously and repeatedly. Reusing FIBC bags minimises the amount of waste in landfills, making it an environmentally friendly option compared to other single-use or shorter-lasting bags.
Q9. What are the different types of FIBC Bulk Bags?
● Circular Bulk Bags: Tubular bags for storing and transporting fine and hygroscopic materials
● U-Panel Bulk Bags: A U-shaped panel at the bottom used for storing and transporting dry, granular materials like food products, chemicals, and minerals.
● Four-Panel Bulk Bags: These bags have four flat panels that help to store heavier materials such as construction debris, sand, and gravel.
● Baffle Bulk Bags: Having internal baffles in each corner to store light-density products and reduce storage and shipping costs.
● Tubular Bulk Bags: Cylindrical in shape, these bags help in storing and transporting liquids or semi-liquids such as oil, paints, and lubricants.
● Pillow Bulk Bags: Used for delicate items or products requiring temperature control during transport, such as pharmaceuticals or electronic components.
Q10. What are the different types of FIBC bag liners?
● Baffle Liners: Square-shaped liners offering high-end packaging, increased stability, and reduced storage and shipping costs.
● Lay-Flat FIBC Liners: Cylindrical liners with a sealed bottom provide an oxygen barrier, moisture protection, anti-static properties, and resistance to harsh chemicals, ensuring the integrity of the stored products.
● Foil Liners: These liners offer UV protection and moisture resistance, improving the filling, discharging, and safe handling of goods. They are designed using different aluminium compounds that are suitable for various applications.
● Form-Fit Liners: These liners adapt to the size of the bag, providing high protection, an oxygen barrier, moisture resistance, and chemical resistance to safeguard products from contamination and potential damage.
Q11. What products can be transported in bulk bags?
Fine powder, critical or flammable products, plastics, construction materials, food-grade products, pharmaceutical products, chemicals, agricultural products, mineral and powdered products, petroleum products, and wood and paper.
Container liners are typically produced using polypropylene fabrics. Lamination, which involves applying a protective layer to the inside of the liners, is used to provide additional protection to the cargo. Lamination helps safeguard the cargo from dust, moisture, and other contaminants that could compromise its quality during transportation.
Q2. How are container liners used in the transportation of goods?
Container liners are placed inside shipping containers to create a protective lining for the cargo. They are fixed in place using webbing or ties. This setup ensures that the cargo remains isolated from the container walls, providing a safe and controlled environment during transportation.
Q3. What types of dry bulk cargo can be shipped using container liners?
Container liners can be used to package various dry food materials, including wheat, rice, coffee, pulses, sugar, and other food items. They are also suitable for transporting agricultural seeds, grains, petrochemicals, urea, fertilisers, sand, soda ash, silica, and more. The protective nature of container liners ensures that these goods are transported safely and without contamination, meeting quality standards set by countries' authorities.
Q4. What advantages do container liners offer in terms of packaging?
Container liners provide several advantages as a packaging option. They are cost-effective, as they eliminate the need for other types of packaging materials. Container liners also minimise labour requirements as they simplify loading and unloading processes. Additionally, they contribute to a neat and organised packaging solution.
Q5. How do container liners contribute to contamination-free packaging?
Container liners offer a cost-effective and valuable solution for protecting against contamination during packaging and transportation. The protective barrier they create prevents goods from coming into contact with external elements that could compromise their quality. This ensures that the transported goods adhere to quality standards set by the destination countries' authorities, reducing the risk of rejection.
Q6. How do container liners minimise labour efforts?
Container liners streamline the loading and unloading processes due to their efficient design. Since the cargo is loaded directly into the liner, the need for individual handling of the cargo is eliminated. This minimises labour efforts and ensures a smoother workflow.
Q7. How do container liner bags contribute to cost-effectiveness?
Container liner bags are cost-effective due to the elimination of multiple sacks or bulk bags and the associated pallets. Packaging costs are reduced significantly, leading to cost savings.
Q8. What is the role of container liner bags in enhancing productivity?
Container liner bags contribute to higher productivity by allowing easy loading and unloading with automated equipment. Unlike bulk bags or sacks that require conveyor feed, forklift handling, and palletizing, container liner bags can be loaded and unloaded much faster. This results in substantial time savings and increased efficiency.
Q9. How do container liner bags help in reducing wastage?
Container liner bags are designed to securely enclose cargo during the entire shipment process, whether loaded horizontally or vertically. This design minimises the risk of leakage, reduces wastage, and ensures the safe transport of goods from loading to unloading and storing.
Q10. How can container liners help minimise cleaning costs?
Container liners create a sealed environment that reduces the likelihood of goods coming into contact with the container's interior. As a result, there will be fewer cleaning requirements after unloading the cargo, leading to cost savings in terms of cleaning expenses.
Q11. What impact do container liners have on operation and handling costs?
Many container liners are designed with features that facilitate loading and discharge. This allows for loading up to 25 tonnes of dry bulk cargo with minimal handling. In contrast, traditional methods require individual loading and additional equipment like forklifts and pallets, leading to higher labour, time, and packaging costs.
Q12. How do container liners contribute to reducing packaging costs?
Using container liners for transporting dry bulk commodities can lead to cost savings in packaging material expenses compared to methods like jumbo bags or woven sack bags. Container liners provide an efficient and cost-effective alternative for packaging.
Q13. What benefits do container liners offer in terms of logistics and transit time?
Container liners simplify logistics chains, increase the efficiency of dry bulk handling, and minimise logistics costs. The installation of container liners inside 20ft containers enables automated loading, unloading, and transfer, reducing transit time and ensuring smoother transportation processes.