Parts List:

1 x Pressure Cooker with Lid

Highlight Description:

Quality Construction: This pressure cooker is made of aluminum metal, plastic (the lid handle and pot handle are made of gumwood), and silicone (lid sealing ring), and the pot body has been polished and sanded, which is rust-resistant and long-lasting, and can satisfy your long-term cooking needs.

Uniform Heat Distribution: The pressure canner has thickened walls and a flat bottom, which can distribute heat evenly, and can be used under 35-70kpa pressure, which helps to lock the nutrients of the ingredients quickly and save energy.

Secure and Reliable: The small pressure cooker is equipped with a safety valve design that intelligently prevents accidental opening and releases excess pressure to maintain a safe cooking environment.

Suitable Capacity Design: With a capacity of about 3L, this mini pressure cooker can cook enough food for your family. Its compact size and lightweight (about 1.22kg) make it easy to handle and store.

Multipurpose Function: Whether you are cooking rice, porridge, soup, stew, or other food, this pressure cooker pot can easily do it, 3L capacity is very suitable for cooking small and medium-sized meals, and it is a practical cookware in your kitchen.

Key Features:

Effortless Cleaning: Smooth pan and wall surfaces, large open-mouth design, and straightforward construction make cleaning a breeze.

Anti-Scald Handles: The anti-scald handles on both sides of the pot are designed to be upward facing to avoid exposure to open flames, preventing burns and making it easy to move around.

Specification:

Product Name: Small Pressure Cooker

Texture: Aluminum Metal+Plastic+Gum Wood+Silicone

Size:

Bottom Diameter: about 18cm/7.09in

Height of Pot: about 11cm/4.33in

Total Height with Lid Handle: about 16cm/6.3in

Capacity: 3L

Color: Silver

Note:

1. There may be slight differences between the picture and the actual color of the commodity. We will try our best to show you the exact color.

2. Please allow slight dimension differences due to manual measurement.