Large Capacity Vacuum Insulated Stainless Steel Water Bottle Women 800-1500ml Triple-Lid Design Portable Travel Cup

Packages list: 1 x as you select;

Product Highlights: • Premium 316 stainless steel inner liner and 304 stainless steel outer shell for superior durability, corrosion resistance, and food safety • Triple-lid system: includes screw-on lid, flip-top drinking lid, and straw lid—ideal for sipping, pouring, or on-the-go hydration • Advanced vacuum insulation keeps drinks hot up to 24–36 hours or cold for over 24 hours • Includes built-in tea strainer for loose-leaf brewing; leakproof with secure locking mechanism • Ergonomic wide-body design (large capacity 800/1000/1500ml) fits most car cup holders and backpack side pockets • Stylish gradient finish in soft pink, frost white, and dreamy purple—perfect for women, students, office workers, and outdoor enthusiasts • Lightweight yet robust construction with anti-drop protection for daily commute, hiking, gym, school, or travel

Product Specifications: • Material: Inner tank – 316 stainless steel, Outer shell – 304 stainless steel, Lid – 316L stainless steel • Capacity options: 800 ml / 1000 ml / 1500 ml • Insulation performance: Hot up to 24–36 hours, Cold over 24 hours • Lid type: Triple-function lid (screw, flip-top, straw) • Includes: Built-in tea infuser filter • Temperature display: No • Quality grade: First-grade product • Suitable for: Women, students, couples, children, office staff, travelers • Usage scenarios: Office, school, gym, hiking, camping, commuting, home, gift-giving • Gift occasions: Birthday, graduation, wedding, festival (Christmas, Valentine’s, Mother’s Day), corporate events, appreciation gifts • Style: Gradient color, modern minimalist, elegant large-belly design

Note: • Hand wash recommended to maintain finish and longevity; avoid abrasive cleaners • Not suitable for carbonated beverages or microwave use • Ensure lid is fully tightened before carrying to prevent leakage • Capacity marked is net volume; actual fill level may vary slightly due to internal structure