Tiger Thermos Stainless Steel Lunch Jar 1.5 Cups Black Japanese Lwy-R030-K

The Tiger Thermos Stainless Steel Lunch Jar 1.5 Cups Black Japanese Lwy-R030-K is an excellent companion for anyone needing a reliable way to carry meals on the go. Its compact 1.5-cup capacity is perfect for packing snacks, small lunches, or side dishes, making it ideal for school, work, or outdoor activities. The sleek black finish adds a stylish touch while maintaining a practical design that fits easily into bags or backpacks.

Crafted from durable stainless steel, this lunch jar offers excellent insulation to keep your food fresh and warm for extended periods. Its lightweight construction ensures easy portability without adding unnecessary bulk. Whether you are heading to an office, school, or a picnic, this thermos lunch jar helps maintain the quality and temperature of your meals, making your lunchtime more enjoyable and convenient.

• Product Material: Stainless Steel

• Manufacturer: Tiger Corporation

• Made in: Japan

• Compact 1.5-cup capacity suitable for small meals and snacks
• Durable stainless steel construction ensures longevity and resistance to wear
• Excellent insulation keeps food warm or cool for hours
• Lightweight design for easy portability
• Sleek black Japanese finish for a stylish and modern look
• Ideal for school, work, and outdoor use

To use the Tiger Thermos Lunch Jar, fill it with your desired food while ensuring it is properly sealed to prevent leaks. Pre-warming or pre-cooling the jar by adding hot or cold water and emptying it before use can help maintain food temperature longer. After use, clean the jar thoroughly with warm soapy water and a soft brush or sponge. Avoid using abrasive materials that can damage the insulation or finish.

Clean the lunch jar promptly after each use with warm water and mild detergent. Avoid using bleach or harsh chemicals. Do not place the jar in a dishwasher as it may damage the insulation and finish. Store with the lid off to allow air circulation and prevent odors. Avoid dropping or applying excessive force to maintain its structural integrity and insulation performance.