Quick Summary
The Milton Haruki 800 is a 24 oz stainless steel insulated water bottle with a double-walled vacuum design. It is described as leakproof and suitable for sports, the gym and travel.
The stated thermal performance is 12 hours hot and 24 hours cold. It is also described as dishwasher safe, which is useful if easy cleaning matters to you.
Key Details
| Detail | Verified information and buyer relevance |
|---|---|
| Brand | Milton, so the product can be identified clearly when comparing similar bottles. |
| Model | Haruki 800, which helps distinguish this bottle from other variants. |
| Capacity | 24 oz, with the description also giving 0.7 L. Check this size suits the amount you want to carry. |
| Material | Stainless steel, for buyers who want a metal bottle rather than plastic. |
| Insulation | Double-walled vacuum insulated design, intended to support hot and cold drinks. |
| Thermal performance | 12 hours hot and 24 hours cold are stated, so compare these figures with how long you need temperature retention. |
| Care | Dishwasher safe, which may matter if you want straightforward cleaning. |
| Use cases | Described for sports, the gym and travel, so it is aimed at everyday carrying. |
What to Compare Before Buying
- Capacity: The bottle is 24 oz, so check whether that matches how much you want to drink before refilling.
- Temperature retention: The stated performance is 12 hours hot and 24 hours cold. Compare those figures with the time you expect the drink to stay at temperature.
- Cleaning: It is dishwasher safe, which may suit buyers who want simpler cleaning after regular use.
- Carry use: It is described for sports, gym and travel, so think about whether that matches your routine.
Before You Decide
Confirm the 24 oz size, the Milton Haruki 800 model and the stated hot and cold retention figures before choosing an offer. If easy cleaning matters, the dishwasher-safe design is another useful point to check. Follow the care guidance that comes with the bottle if you want to keep the finish in good condition.
