Peel off lid

  • Food and beverage aluminum peel off end POE 401

    Food and beverage aluminum peel off end POE 401

    Peel off ends have become a more attractive and consumer-friendly alternative to traditional can ends. We offer flexible, convenient and extremely economical solutions for a two-piece and three-piece can packaging, this product can be suitable for both retortable and non-retortable processes, differentiating our customers’ products in the market. Our peel-off ends are easy to use with existing seamer and can be integrated into existing can filling and packaging lines.

  • Food and beverage aluminum peel off end POE 502

    Food and beverage aluminum peel off end POE 502

    Looking for an easy-open lid that will keep your food safe and secure? Try the aluminum peel off end! This innovative packaging is easy to open and guarantees that your product has not been tampered with. Plus, the thin aluminum membrane makes it a breeze to access whatever’s inside. Be sure to try the aluminum peel off end today! Look no further than the Aluminum Peel-Off Lid! Unlike other types of lids, our Peel-Off lid is extremely durable and features an anti-cutting mechanism to keep your food safe. Plus, our lid is perfect for a variety of food types, including dry tea, coffee, milk powder, coffee powder, dairy products, nuts, and more!

  • Food and beverage aluminum peel off end POE 603

    Food and beverage aluminum peel off end POE 603

    Food and Beverage Aluminum Peel Off Ends are tightly protected against moisture, UV, and gas and are ideal for bulk products such as milk powder, spices, supplements, coffee, or tea. With removable aluminum film, smooth or corrugated film. The peelable can end leaves a blunt edge after opening, which makes the can end particularly safe after opening and offers excellent product resistance. Now, peel off end is widely used in food packaging.

  • Food and beverage aluminum peel off end POE 206

    Food and beverage aluminum peel off end POE 206

    Packfine offers Peel Off ends with aluminum composite (retort and non-retort) membranes.

    Applications are mainly in processed products such as coffee powder, milk powder, powdered beverages, candy, condiments, and nuts.

    They are also more frequently used in products that require processing, such as pates, fish, etc.

    Peel off ends feature uniquely packaged items with a guaranteed seal and are completely unbreakable.

  • Food and beverage aluminum peel off end POE 300

    Food and beverage aluminum peel off end POE 300

    We can supply superior-quality of peel off ends. These are suitable for packing dry food products like coffee powder, milk powder, tea, spices, nuts, etc. Peel-off ends eliminate sharp edges, making package opening safer and easier. Lost the can opener! After you convert to an easy-peel can end, your customers only need a thumb and forefinger to open your product. POE has no sharp edges and low opening force.

  • Food and beverage aluminum peel off end POE 303

    Food and beverage aluminum peel off end POE 303

    Peel off end is environmentally friendly, moisture-proof, pressure-resistant, good protection, waterproof, chemical-resistant, and heat-insulating. Therefore, these peel off ends are an excellent choice for effective sealing performance. Since these lids won’t rust and open easily without any tools, they prevent unwanted germination. Peel off ends fit a variety of food and beverage cans, such as Milk powder, Coffee Powder, Dairy Products, Nuts, Candy, etc.

  • Food and beverage aluminum peel off end POE 202

    Food and beverage aluminum peel off end POE 202

    In every market we surveyed, consumers were significantly more likely to purchase canned products with peel off ends. Lightweight, smooth-edged cans were perceived as easier, safer, more sustainable, and more attractive. Peel off can end has a high barrier and good sealing performance, which can protect the packaged food in place, and can completely protect the food from the influence of various adverse factors such as external extrusion and collision.