マルカ 湯たんぽ Aエース 2.5L 袋付 022524

Product Description

The MARUKA hot water bottle is a perfect blend of old tradition and new technology, a heating device that has been a part of Japanese culture since the Genroku era (1688-1704). This hot water bottle is designed to provide a warm and gentle heat to the body without drying out the skin. It features a flat bottom for stability and easy pouring, making it user-friendly. The internal support brace resists dents, ensuring the durability of the product. With a capacity of 2.5 liters, it can hold a substantial amount of hot water for prolonged warmth. The product also comes with spare packing and a bag for convenience.

Product Specification

The body of the hot water bottle is made from hot-dip galvanized steel plate, ensuring its durability and heat retention. The ring is made of brass, and the packing is made of synthetic rubber. The product weighs 0.61kg and has a size of approximately W29.5 x D21.6 x H7.4cm, with a tin plate thickness of approximately 0.5mm. The hot water bottle has a capacity of approximately 2.5L. This product is proudly made in Japan.

Usage

The MARUKA hot water bottle can be heated with an induction heater, making it easy and convenient to use. The flat and stable bottom design makes it easy to pour hot water into the bottle. The corrugated surface of the hot water bottle is designed to increase the heating area by increasing the surface area as much as possible, providing efficient and even heat distribution. The internal "pillar" prevents the bottle from being dented when the temperature drops, maintaining the shape and durability of the bottle.

🔥 Product Reviews 🔥

🏕️ It is convenient for camping and places without electricity because if you fill it with hot water, it is warm enough until the morning and can be used over an open flame.
⚠️ Although you need to be careful about low-temperature burns, I like this heating method because it does not dry out my skin while I sleep and keeps my body at an appropriate temperature throughout the night regardless of the temperature. 🌡️