





The Milton Aura 1000 Thermosteel Water Bottle keeps your drinks hot or cold for up to 24 hours. Designed with a vacuum-insulated body and leak-proof lid, it’s perfect for daily use at office, gym, school, or travel. Made from high-quality stainless steel and ISI certified, this bottle ensures durability, hygiene, and convenience in one sleek grey design.
Office professionals carrying beverages to work
Students looking for a durable school bottle
Fitness enthusiasts & gym-goers needing hydration on the go
Travelers who require hot/cold drinks for long durations
Keeps beverages hot or cold for 24 hours
Leak-proof lid for spill-free carrying
ISI certified for safety and quality assurance
Vacuum insulated for optimal temperature retention
Sleek grey finish suitable for all age groups and settings
Durable Thermosteel body resistant to rust and wear
Material: Premium stainless steel
Insulation: Double-wall vacuum insulation
Capacity: 1000 ml / 1 litre
Temperature retention: 24 hours hot & cold
Lid type: Leak-proof screw cap
Certifications: ISI certified
Design: Ergonomic & stylish grey exterior
Portability: Ideal for office, gym, school, and travel
Brand: Milton
Model: Aura 1000
Color: Grey
Capacity: 1000 ml
Material: Thermosteel (Stainless Steel)
Dimensions: Approx. 8.5 × 8.5 × 27 cm
Weight: Approx. 700 grams
Insulation type: Vacuum
Certifications: ISI
Open the leak-proof lid.
Pour in your hot or cold beverage.
Close the lid tightly to ensure no leakage.
Carry it in your bag, backpack, or gym kit.
Enjoy your drink at the perfect temperature anytime.
Wash before first use.
Hand wash recommended; avoid dishwasher.
Use mild detergent and soft sponge to clean.
Do not use abrasive materials.
Avoid storing acidic drinks for long periods.
Check Capacity: Ensure 1000 ml is suitable for your daily needs.
Temperature Requirement: Ideal for 24-hour hot/cold drinks.
Portability: Fits standard backpack side pockets.
Durability & Certification: ISI certified, rust-proof stainless steel.
Price & Warranty: Compare with similar models for best value.
