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Vacuum package have to use the vacuum sealer bags, and it can keep the vacuum effect. Daily’s vacuum sealer bags are made in Taiwan, and have SGS approval, pass BPA FREE test, FDA and EU standards.   ※ Kinds of Vacuum sealer bags： - Vacuum channel Sealer Bags / Vacuum embossed sealer bags It is suitable for non-nozzle vacuum sealers. The straight lines on the vacuum channel sealer bags will make the channels help non-nozzle vacuum sealers to vacuum the air from the bags. We have stocks of all standard sizes of vacuum channel sealer bags. We also can produce custom-made size and printing of vacuum channel sealer bags, but it has the minimum order quantity limit. Vacuum channel sealer bags: one side is straight lines and the thickness is 0.3mm, and the other side is flat and the thickness is 0.085mm. - Vacuum sealer bag It is suitable for nozzle type vacuum sealer and chamber vacuum sealer. We have stocks of all standard sizes of vacuum sealer bags. We also can produce custom-made size and printing of vacuum sealer bags, but it has the minimum order quantity limit. the thickness of vacuum sealer bags is 0.08mm, and we can accept custom-made thickness, but it has the minimum order quantity limit.   ※ Vacuum sealer bags material： - NY+PE: NY can block the air into the vacuum sealer bags, so it can keep the vacuum effect.   ※ Functions of vacuum sealer bags： - Keeps food safe and fresh - Simmer - Microwave-safe   ※ Spec. of Vacuum sealer bags : There are two kinds of vacuum sealer bags: standard size vacuum sealer bags and vacuum sealer roll bags. - Standard size vacuum sealer bags is already cut to the standard size. They are in stock. We also accept the order of custom-made special size and printing. - Vacuum sealer roll bags: We produce the roll bags for vacuum channel sealer bags. The standard length of vacuum channel sealer roll bags is 10M and 20M. The size of vacuum channel sealer roll bags also can be custom-made. It is suitable for many sizes of package articles but the small quantity.   More details: Click here

Vacuum Packaging vs. Traditional Packaging: Which One is Right for You?   Choosing the right packaging method can significantly impact your product’s shelf life and appeal. Two common methods are vacuum sealing and traditional packaging. Here’s a quick comparison to help you decide.   Vacuum Packaging This method removes most air from a package, creating a low-oxygen environment that slows oxidation and bacterial growth.   Benefits: ü   Extends shelf life. ü   Preserves flavor. ü   Prevents freezer burn. ü   Reduces waste. ü   Reduce packaging volume Drawbacks: ü   Higher cost. ü   Unsuitable for some products (e.g., gas-releasing items).   Traditional Packaging Traditional methods, like plastic bags or cardboard boxes, protect products without removing air.   Benefits: ü   Cost-effective. ü   Versatile for various products. Drawbacks: ü   Shorter shelf life. ü   Less protection during shipping.   Which Method is Best? Choose vacuum packaging for perishable items like meat or seafood. Opt for traditional packaging for non-perishables or budget-friendly solutions.   Conclusion Both methods have unique advantages. Evaluate your needs to select the best option for your products.   Call to Action   At DailySealing, we provide versatile packaging solutions. Contact us to discover how we can help preserve your product’s quality and freshness.  

  What is Impulse Sealer Heating Element?   A Heating Element is a key component in impulse sealers, which are devices used to seal plastic bags and other thermoplastic materials. Here are the main points about this element:   Function: The heating element generates heat when an electrical current passes through it, which melts the thermoplastic material to create a seal.   Material: The heating elements are typically made from a nichrome wire (an alloy of nickel and chromium) because of its high resistance to electricity and ability to withstand high temperatures without breaking down.   Operation: In impulse sealers, the heat is only generated when the sealer is in operation (i.e., when the handle is pressed down), which means the wire is only heated for short periods. This helps prevent the wire from overheating and extends its lifespan.   Replacement: Over time, the heating element can wear out due to repeated heating and cooling cycles. It may need to be replaced to maintain the sealer's effectiveness.   Installation: Replacing the heating element typically involves removing the old one, cleaning the sealing bar, and then carefully installing the new one to ensure it is taut and properly positioned.   This component is crucial for the proper functioning of impulse sealers, widely used in packaging industries to ensure seals.