Injection molded parts for kitchen utensils

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What are the devices that use injection molding processes?
Refrigerator components
Sliding drawer frames and interior shelves that hold condiments and jars are likely injection molded. Door handles on refrigerators and freezers, as well as many components used in ice makers, such as the plastic auger that dispenses ice on demand, are derived from a mold.

Injection mold for refrigerator housing
Injection mold for refrigerator housing
Dishwasher Components
Much of the interior of modern dishwashers comes f europe dataset rom injection molds, such as the door or hatch leading to the detergent dispenser, the dishwasher racks, the silverware racks, and the wash arms that spray water.

Kitchen appliances
Common kitchen appliances such as coffee makers, blenders, microwave ovens and toasters make extensive use of injection molded parts. Plastic food storage containers are also molded.

Washing machines and dryers
Washing machines contain many injection-molded components, including detergent dispensers, control knobs and exterior housings. These parts must be durable and water-resistant to withstand the high temperatures and humidity levels inside these appliances.

Injection molding of washing machine housing
Air conditioners
Grilles, fan blades and housings are among the precise and high-quality plastic parts required for air conditioners. With injection molding, producers can create components with complex geometries, high heat resistance and adequate ventilation and cooling.

Vacuum cleaners
Injection molded plastic components are used in vacuum cleaners for both practical and aesthetic reasons. This process is used to make the handles, housings, wheels and hose tips of the devices, making them lightweight yet durable enough to withstand frequent use.

Injection molded parts for vacuum cleaners
Small electrical appliances
Appliances such as electric kettles, irons and hair dryers rely on injection-molded plastic parts. These parts are typically the wiring boxes, buttons and outer casings; all of which must be robust, heat-resistant and electrically safe.