LARQ Bottle Flip Top 740 ml Botella Isotérmica con Pajita, Vertedor Retráctil, Obsidian Black

Staying hydrated on the go often means choosing between convenience and sustainability—until now. The LARQ Bottle Flip Top 740 ml (25 oz) in Obsidian Black eliminates single-use plastic while delivering effortless one-handed sipping through a retractable spout and integrated straw. Its double-wall vacuum insulation keeps drinks icy for up to 24 hours or piping hot for up to 12, making it the ultimate companion for commutes, workouts, and travel.

Who is it for

Designed for busy professionals, gym enthusiasts, and eco-conscious commuters who demand a leak-proof, condensation-free bottle that fits most cup holders and looks sleek in any setting.

Main features

• Flip-top lid with integrated silicone straw and retractable spout for hygienic, splash-free drinking
• Double-wall vacuum insulation: cold for 24 hours, hot for 12 hours
• Food-grade 18/8 stainless steel body with durable powder-coated finish
• BPA-free plastic and silicone components; leak-proof when closed
• Condensation-free exterior keeps hands and bags dry
• Impact-resistant construction; fits most standard cup holders

Specifications

• Capacity: 740 ml (25 oz)
• Colour: Obsidian Black
• Bottle body material: Food-grade 18/8 stainless steel
• Lid & straw material: BPA-free plastic, silicone
• Insulation type: Double-wall vacuum
• Cold retention: Up to 24 hours
• Hot retention: Up to 12 hours
• Lid type: Flip-top with integrated straw
• Mouthpiece type: Retractable spout
• BPA-free: Yes
• Leak-proof: Yes (when closed)
• Condensation-free: Yes
• Finish: Powder-coated
• Cleaning recommendation: Hand wash recommended
• Cup holder compatibility: Fits most standard cup holders
• Durability: Impact-resistant
• Diameter: 76 mm
• Height: 264 mm
• Weight: 0.45 kg

Tips

For best results, hand wash the lid and straw regularly to maintain hygiene. Pre-chill or pre-heat the bottle with water before filling to extend temperature retention. Avoid carbonated beverages to prevent pressure buildup.