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Comparison MPM DF-802 vs Tefal FF 133D

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MPM DF-802
Tefal FF 133D
MPM DF-802Tefal FF 133D
from $42.00 up to $53.00
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from $39.40 up to $61.72
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Non-removable bowl. High oil consumption.
Power1600 W1600 W
Specs
cooking t0 – 190ºС
Basket capacity1 kg1 kg
Capacity2 L1.8 L
Functions and features
removable bowl (fryers)
viewing window
anti-odor filter
heating indicator
non-stick coating
viewing window
anti-odor filter
heating indicator
General
Body materialplasticmetal
Color
Added to E-Catalogapril 2016july 2015
Compare MPM DF-802 and Tefal FF 133D
MPM DF-802 often compared
Tefal FF 133D often compared
Glossary

cooking t

The cooking temperature range shows the limits within which the deep fryer allows the heating of oil or another working medium to be adjusted. For most models in this category, the upper limit is around 190 °C, while the lower limit is often in the 130–150 °C range; some devices start at 50–80 °C or reach 200–240 °C. Lower values are useful for gentle heating and special modes, while 170–190 °C is usually used to quickly form a crispy crust. For example, French fries are fried at a higher temperature, while delicate foods or dough require more precise control to avoid burning on the outside too early.

Capacity

Capacity indicates the total volume of the fryer’s cooking chamber and helps estimate portion size and oil consumption. Compact 1–2 L models are designed for small snacks, 2.5–4 L household capacities are suitable for everyday family cooking, while appliances from 6 L are more often chosen for large portions or professional kitchens. The rated capacity does not always equal the usable oil quantity: safe levels are indicated by the MIN and MAX marks and must not be exceeded. For example, a 3 L bowl is convenient for occasional potato cooking, whereas an 8 L capacity requires more oil, heating time, and service space.

Functions and features

Features and design capabilities determine how convenient it is to cook, monitor the process, and maintain the deep fryer. They do not replace the basic power and capacity specifications, but they noticeably affect safety, workspace cleanliness, and the variety of usage scenarios. Choose the equipment based on actual needs: frequent oil changes, cooking different foods simultaneously, or regular appliance storage.

— 2 separate compartments. Two independent containers allow you to cook different foods at the same time without mixing oil, crumbs, and odors between the vats. This design increases productivity, but takes up more space and requires maintaining two volumes of oil; independent temperatures can only be set if separate controls are available. For example, you can fry potatoes in one compartment and fish in the other without transferring its flavor to the side dish.

— Removable bowl. The cooking container can be removed from the housing, making it easier to drain the oil and wash the bowl separately. Compared to a non-removable vat, this simplifies maintenance, but the hot bowl must not be removed until the appliance and oil have completely cooled. For example, after several frying cycles, the removable container is easier to take out and clean of crumbs without moving the entire housing to the sink.

— Viewing window. A transparent insert in the lid allows you to monitor the color of the food without opening the deep fryer. This reduces...heat loss and the risk of oil splattering, although the window may fog up or become coated with grease. For example, it is convenient to check the browning of doughnuts through it and finish the cycle in time without lifting the lid over the hot vat.

— Odor filter. The filter in the lid traps some vapors and oil aerosol, reducing the spread of odors throughout the kitchen. It does not replace ventilation and loses effectiveness over time, so the removable element must be cleaned or replaced according to the instructions. For example, when frying fish, a functional filter makes the smell less intense, but it is still advisable to turn on the extractor hood.

— Heating indicator. A light signal indicates that the heating element is operating or that the oil has reached the set temperature, depending on the design of the specific model. This is more convenient than judging readiness by eye, but the indicator does not show the exact value and may switch on periodically to maintain heating. For example, before adding a second batch of potatoes, wait for the ready signal so the food does not absorb excess oil at a low temperature.

— Non-stick coating. A protective layer on the bowl reduces food residue sticking and makes cleaning easier after frying. The coating does not make the surface invulnerable: metal utensils, stiff brushes, and abrasives can scratch it. For example, drops of batter after making doughnuts are easier to remove with a soft sponge from an intact non-stick layer.

— Fondue preparation. The function maintains suitable heating for preparing fondue in a compatible container, expanding the deep fryer’s purpose beyond regular frying. Cheese or chocolate requires a much lower temperature than oil, and the permitted contents and accessories depend on the model. For example, the appliance can only be used for cheese fondue in the intended mode so that the mixture does not overheat or burn.

— Timer. The timer counts down the set cooking time and helps prevent food from being left in hot oil for too long. Some models sound a signal at the end, while others may switch off automatically, so these functions should not be considered identical without checking the specifications. For example, for a small portion of nuggets, you can set the required time and use the signal as a guide while continuing to monitor the crust color.

Body material

The housing material determines the properties of the deep fryer’s outer shell: its rigidity, weight, resistance to everyday damage, and ease of cleaning. It does not describe the material of the inner container or basket, so these details should be checked separately. The heating element, thermostat, and capacity have a greater impact on cooking quality, while the housing primarily affects usability and appearance.

— Plastic. A plastic housing is usually lighter than a metal one, corrosion-resistant, and allows the outer parts to be less heat-conductive. However, the surface may scratch, become dull, or deform when exposed to excessive heat, so the appliance should not be placed directly next to a hot stove. For example, a compact plastic deep fryer is easier to carry and store after preparing a small portion.

— Metal. A metal shell provides high rigidity and is better suited for frequent intensive use. It is usually heavier, may become hotter, and shows fingerprints more noticeably, but it withstands regular external cleaning well when the instructions are followed. For example, a metal housing is practical for a large-capacity deep fryer that is constantly used in one workspace.

— Plastic and metal. A combined construction features metal panels with plastic handles, trims, or controls. This approach helps maintain housing rigidity and makes frequently touched areas more comfortable, although actual thermal insulation and durability depend o...n the specific assembly. For example, a metal front panel can make cleaning easier, while plastic side handles can make it easier to carry the cooled appliance.