Types of 100mm package wrap stretch film
Expedited freight and manufacturing, as well as the demand for 100mm package wrap stretch film, have all increased in recent years. Commonly used in packaging, it is a kind of pallet wrapping film or stretch film. Its diameter is roughly 100 millimeters, or 4 inches. It possesses qualities such as elastic characteristics. It is used in a variety of industries, including logistics, retail, and manufacturing. The tension it can withstand without breaking, along with transparency and adherence to itself, are a few of its essential features.
This stretch film comes in a variety of types. Below are some of them:
- Casting film: In recent years, the use of cast stretch film has greatly expanded. It is manufactured by casting molten resin onto a rotating drum to create an extremely transparent and lustrous substance. This machine's stretching process leads to a sturdy, resilient, and elastic film. Pallet wrapping made with cast stretch film frequently has outstanding clarity, surface gloss, and cling. For many uses, including packaging goods and wrapping pallets, it is perfect.
- Machine stretch film: Machine pallet shrink wrap is another name for stretch film. This type of film is designed for use with packaging machines. These devices automatically and uniformly wrap items. Machine stretch film, as opposed to hand stretch film, features many distinct thicknesses and widths. They are all suitable for different packaging systems. Moreover, it is frequently produced with enhanced elasticity and puncture resistance.
- Pre-stretched film: Pre-stretched film is a kind of stretch film that has been extended to a predetermined level before being formed into a pallet or roll. Because the film is tensioned before usage, this kind of pre-stretched film only needs a small amount of stretching power when it is applied on loads. This makes it simpler to handle for workers. Pre-stretched film also helps improve load security because it uses less power to adhere to itself. This reduces worker fatigue.
- Blown film: Blown stretch film is manufactured through a process called film extrusion, where air is blown into molten polymer resins to create a film bubble. This procedure results in a film that is thicker and generally more robust and puncture-resistant than cast films. Blown stretch film is commonly used for wrapping heavier or sharper-edged products because of its increased strength and durability, making it a favored choice in industrial settings.
- Colored and printed stretch film: According to the load or business needs, stretch film may be produced in various colors. Confidential materials and products with a higher risk of theft may benefit from the additional security offered by colored stretch film. For promotional purposes or informational goals, printed stretch film is viable. To achieve this, the film is printed with a logo or design before usage.
Specifications and maintenance of 100mm package wrap stretch film
The stretch film's specifications include the film's width, length, and thickness. They all contribute to the applicability of the film in certain tasks.
- Width: The typical width of the 100 mm stretch film is 100 mm. When wrapping medium-sized loads daily, Packing Film is excellent to use.
- Length: The film roll is stretched to an average length of 300 meters. The precise figure can change based on the film's thickness as well as other factors.
- Thickness: The thickness of a package wrap stretch film often falls between 10 and 35 microns. Stretch films that are thinner allow flexible wrapping and are simpler to handle kinetically. Thicker films, in contrast, offer increased puncture resistance and wrapping force.
The package's projected lifespan can be impacted by temperature and humidity. Therefore, it should be stored in a place shielded from extreme temperatures and moisture. The tensile strength and extension of the film may be impacted by UV light exposure over time.
When keeping pallet wrap, it is recommended that users check the film for holes or tears before starting the wrapping process. Any damaged portions should be replaced. Moreover, users should ensure the pallet is level when starting to wrap it. This aids in the even wrapping of the load and improves stability.
To maintain the quality and integrity of the film, avoid exposing it to direct sunlight or extreme heat during storage. Excessive heat can cause the film to degrade, while UV exposure may weaken the material over time. Additionally, ensure that your hands are clean and free from any sharp objects or foreign debris before handling the film. This prevents punctures or tears from occurring prematurely, which could compromise the film's effectiveness when used for wrapping.
Scenarios for using 100mm package wrap stretch film
Many firms utilize 100 mm stretch film for everyday tasks.
- Warehouse and distribution centers: The majority of the distribution centers use machine stretch film. Stretch film machines efficiently wrap massive amounts of merchandise and pallets ready for transit. The film provides load security during transport and storage.
- Manufacturing plants: Stretch film is useful for protecting manufactured goods from dust and moisture. In manufacturing processes where items need to be stored temporarily, or shipped for further processing, blown film provides enhanced durability and strength.
- Retail operations: Retail environments employ hand-held dispensers to wrap objects such as furniture and appliances. Hand stretch film is lightweight, simple to use, and offers valuable protection to items during shipping or customer pick-up.
- Moving companies: Because it shields furniture from scratches, dust, and water, moving firms use stretch film. It is a cost-effective way to prevent damage to large goods during transit.
- Recycling centers: Recycling facilities and other waste management companies rely on stretch film for securing sorted materials. When packaged, materials such as paper, cardboard, and plastics can be tightly bound, minimizing space and preventing contamination or mix-ups.
- Automotive and aerospace industries: Bulk components in the automotive and aerospace sectors are protected by stretch film. The film, which is lightweight but strong, keeps parts safe from weather conditions, dust, and potential harm throughout transportation and storage.
Benefits and features of 100mm package wrap stretch film
The industry prefers 100mm stretch wrap because of its many features and advantages.
- Load security: The most crucial function of the film is to hold the cargo in position during storage and transit. The film's tight wrapping keeps items from shifting, toppling over, or mixing up. This significantly reduces the risk of damage to products, particularly fragile ones, in transit. Moreover, because the film is transparent, inspectors can see the wrapped materials without unwrapping them.
- Cost-effective: In regards to packing costs, stretch wraps for pallets offers one of the cheapest methods accessible today. It uses less material than boxes or other packing forms. Furthermore, because it is lightweight, shipping costs are decreased, translating to lower overall expenses. Because of its efficiency, companies can wrap more products in a short time. This significantly impacts productivity levels.
- Easy application: The film is simple to use. It can be quickly applied by hand or machine, depending on the load size. Because of its elasticity, less strength is required to stretch and apply the film. This makes it customer-friendly or for workers in industries with lifting tasks all day. Most importantly, it's easy to dispose of or recycle after usage.
- Water and dust protection: Stretch film provides a shield to wrapped items from dust and moisture. It keeps the goods in the condition they should be in when they arrive at customers. The film's transparent design provides visibility for easier inventory check.
Q&A
Q1. What is the purpose of package wrap stretch film?
Package wrap stretch film secures and stabilizes products on pallets during storage and transportation. Its elastic properties allow it to tightly conform to the shape of the load, preventing movement or shifting. This film is commonly used in warehouses, distribution centers, and manufacturing environments to enhance load stability. This makes it ideal for safeguard fragile and heavy items alike.
Q2. How is the extendibility of the package wrap stretch film measured?
The extendability of package wrap stretch film is measured through its elongation rate. A good quality stretch film should be around 300%. The elongation rate indicates how much the film can be stretched before it snaps. This rate usually differs due to factors such as film thickness and material composition. Both of them have to do with the function of the film.
Q3. What is the result of exposure to heat and light on the package wrap stretch film?
Indeed, prolonged exposure to both light and heat has some effect on the package wrap stretch film. Typically, heat can cause the film to break down and lose its elastic properties. UV rays can as well damage the film. This leads to a weakening of its molecular structure. Thus, it is advisable to store the film at low temperatures and keep it away from direct light. Packaging firms have to practice this to lengthen the lifespan of their films.
Q4. Can the package wrap stretch film be recycled?
The good news is that it is indeed, recyclable. Many supermarkets have it as one of their practices to gather used stretch films to recycle them. Doing this lowers the amount of plastic that ends up in landfills. It also reduces the manufacturing of new plastic. However, for effective recycling to happen, the film has to be clean and free from other tapes, labels, or debris.
Q5. What contributes to the puncture resistance of the package wrap stretch film?
The film's thickness really contributes to its puncture resistance. Stretch films that are thicker are more resistant to tearing or puncturing. Another factor that contributes to its puncture resistance is the technology used when manufacturing it. BOPP films offer better protection due to the higher tensile strength that comes from the blown manufacturing technique. This technology improves durability and resistance to sharp objects.
