Model NO.:JYZ-LA50
Product Name:16oz Double Wall Stainless Steel Vacuum Insulated
Material:Inner 304 SS, Outer 201 SS
Insulation Time:24 Hours
Usage:In-Car, Indoor, Office, Outdoor, Travel
Height:26.3cm
Bottom Diameter:7cm
Capacity:17oz / 500ml
17OZ DOUBLE WALL STAINLESS STEEL VACUUM BOTTLE
This 500ml (17oz) Double Wall Stainless Steel Vacuum Insulated Cola Shape Water Bottle is a stylish and portable flask designed for everyday hydration, gym sessions, school, office work, and outdoor hiking. Made with an inner layer of food-grade 304 stainless steel and an outer 201 stainless steel shell, it delivers superior temperature retention to keep drinks ice cold for up to 24 hours or steaming hot for up to 12 hours while preventing condensation on the outside.
The classic cola-shaped design paired with a leak-proof screw cap ensures a tight seal, making it safe to carry in backpacks, gym bags, or handbags without worrying about spills. Its narrow mouth is designed for comfortable sipping and minimizes temperature loss.
Frequently Asked Questions
Q1: What materials are used for the bottles?
A: We use high-quality food-grade 304 stainless steel for the inner walls to ensure safety and rust resistance. All lids and straws are BPA-Free.
Q2: How long can it keep beverages hot or cold?
A: The double-wall vacuum insulation maintains drink temperatures — ice cold for up to 24 hours and steaming hot for up to 12 hours.
Q3: Do you offer OEM and ODM services?
A: Yes, we provide full customization services, including custom branding, colors (Panton matching), and structural designs.
Q4: What is the minimum order quantity (MOQ) for custom orders?
A: The minimum order quantity for custom orders is 500 units.
Q5: How do you ensure product quality?
A: Every shipment undergoes rigorous checks, including raw material inspection, vacuum insulation testing, leak testing, and paint adhesion tests before dispatch.
Q6: What logo printing methods are supported?
A: We support Laser Engraving, Silk Screen Printing, 3D UV Printing, and Heat Transfer printing methods.