Inner Steel Insulated Hot Pot for Roti/Chapati Hot Box Chapati Box/Casserole -200 ml
Eating hot and fresh food is everyone’s desire and this casserole with a stainless steel interior and plastic outer body retains heat effectively for long periods of time. Now eat a hot and healthy lunch or dinner even on your busy days, or carry them safely for a day outwith this Casserole. This effective heat retaining casserole from can make life much easier for you and your family on hectic days. The functional yet stylish design also ensures that you can use it as a beautiful serve-ware on your dinner table
Stainless steel interior
The inner side of the casserole has a stainless steel body with insulation between the plastic and steel walls. Steel is non-toxic and easy to clean. The insulation ensures that the food remains piping hot for together. Stainless steel has no odor which helps the food to retain its original aroma and flavor. Since the material is corrosion and rust resistant, it is safe, durable and efficient at storing your foods for longer periods of time.
This Casserole is designed to be convenient to use. Its insulated and lightweight nature makes it ideal to store food items or even carry it around with ease. The casserole comes with stylish extended handles on both sides which give a firm hold and make it easy to carry, and the functional lid facilitates easy access during feasting. Moreover, the simple and sophisticated design, featuring a classy leaf-based motif in an olive-green finish, makes this casserole impressive to look at.
Simple and functional lid
The leak-proof lid of the casserole has a snug fit that does not allow the heat to escape. The lid needs to be twisted sideways for quick and easy access during a meal. It is also very easy to grip.
Retains heat for long duration
The inside of the casserole has a stainless steel construction, while the outer covering is insulated plastic. The steel body heats up easily while the insulated plastic outer body, being a non-conductor of heat, does not let the heat escape.