Food Storage and Safety Information

Using the Deni Vacuum Sealer above sea level (over 4800 ft)

The Vacuum Gauge is a device technically working on a differential basis since it measures the difference between external pressure (room) and the internal vacuum level. This means that, in the presence of the same internal vacuum level, the vacuum gauge change from yellow to green will depend on the external pressure. Thus, when using the Vacuum Sealer above sea level, the vacuum gauge might not turn totally green when reaching the maximum vacuum level due to the altitude; however, this does not mean that the obtained vacuum value is lower than the vacuum achieved at sea level.

Deni Vacuum Sealer will change the way you purchase and store foods. As you become accustomed to vacuum packing, it will become an indispensable part of your food preparation. When preparing and vacuum packing foods using your Vacuum Sealer, there are certain procedures that must be followed to ensure food quality and safety. Review this section carefully for your protection.

■Food spoilage is caused by chemical reactions in the food to air, temperature, moisture, enzyme action, growth of micro-organisms, or contamination from insects.

■Oxygen in the air causes spoilage primarily through the process of oxidation, which causes food to lose nutritive value, texture, flavor and overall quality. Air contributes to the growth of most micro-organisms, and carries moisture into and out of foods unless they are protected with moisture-proof packaging. Freezer burn results from frozen foods being exposed to air.

■Vacuum packaging with the Vacuum Sealer removes up to

90% of the air from the package. In scientific terms, the vacuum level is measured up to 24” Hg (inches of Mercury). Air contains approximately 21% oxygen, which leaves a 2% to 3% residual oxygen level in Deni Vacuum Sealer vacuum packaged foods. Most mold, moisture and micro-organisms are inhibited from growth when the oxygen level is at or below 5%.

■ Although vacuum packaging extends the life of many fresh foods by reducing oxidation, most fresh foods still contain enough moisture to support the growth of micro-organisms which can grow with or without air. To prevent spoilage, foods need to be stored at low temperatures.

■ Temperatures in the refrigerator greater than 40°F (4°C) (especially for extended periods of time) may support the growth of harmful micro-organisms. Monitor the temperature and maintain a temperature at 40°F (4°C) or below.

■ Suitable temperature for the freezer is 0°F (-17°C). Freezing retards the growth of microorganisms, BUT DOES NOT KILL THEM.

■ Dried foods are also affected by storage temperature when vacuum packaged. Their shelf life is extended 3-4 times for every 18° F (10°C) drop in temperature.

■ Micro-organisms can be divided into three categories: mold, yeast, and bacteria. Although micro-organisms are present everywhere, they can only cause problems under certain conditions.

■ Mold does not grow in a low oxygen environment or in the absence of moisture. Yeast requires moisture, sugar and a moderate temperature to grow, but can grow with or without air. Refrigeration slows the growth of yeast and

1910 specifications

Deni 1910 is a remarkable blend of vintage style and modern technology, representing a unique chapter in the evolution of household appliances. Originally introduced in the early 1900s, the Deni 1910 maintains a nostalgic appeal while incorporating innovative features that cater to contemporary needs.

One of the standout characteristics of the Deni 1910 is its design, which echoes the aesthetics of early 20th-century kitchenware. The appliance typically features a streamlined silhouette, often adorned with chrome accents and vibrant colors that evoke a sense of nostalgia. This retro appearance makes it a delightful addition to any kitchen, appealing to both collectors and those who appreciate vintage decor.

In terms of functionality, the Deni 1910 excels as a multi-functional kitchen appliance, usually serving as an ice cream maker. Equipped with a powerful motor, it offers impressive speed and efficiency in creating smooth, creamy ice cream at home. The appliance typically includes a user-friendly interface, allowing even novice chefs to whip up delicious frozen treats with ease.

One of the primary technologies embedded in the Deni 1910 is its advanced cooling system. Utilizing a combination of thermoelectric cooling and efficient insulation, the appliance quickly reaches the ideal temperature for ice cream production. This technology not only speeds up the process but also ensures that the final product retains its flavor and texture, providing users with an authentic ice cream experience.

Furthermore, the Deni 1910 often incorporates removable parts for easy cleaning and maintenance. This practical feature makes it more convenient for users, ensuring that they can enjoy their culinary creations without the hassle of complicated cleanup protocols. The appliance frequently comes with a range of recipes and tips to help users explore diverse flavors and styles of ice cream, enhancing the overall experience.

In summary, the Deni 1910 is an exemplary fusion of classic design and modern functionality. With its vintage appeal, advanced ice cream-making technology, and user-friendly features, it stands out as an ideal choice for those looking to enjoy homemade frozen desserts while appreciating a touch of nostalgia. This appliance not only honors culinary traditions but also embraces the innovations of contemporary kitchen technology.