Amber Foaming Soap Dispenser 16 OZ Square Soap Pump Bottle
$25.54
$37.8
These empty 250ml 500ml foam pump bottles are a modern square bottle that come complete with your chosen white, transparent or black foaming dispenser pumps that can dispense smoothly all types of liquids such as liquid soaps, hand sanitizer, liquids, shampoo, conditioner, body wash, and more. The content of the foam pump bottle is dispersed from liquid to foam by mixing the content with air when expelled. Foaming soap dispensers enable greater cost-effectiveness by reducing the amount of product used per actuation and are also reusable after use. Square Shape Green Amber Foaming Pump Dispenser Unique square shape foaming pump dispenser bottle, made of durable PET and PP materials, 100% BPA-free, odorless, won’t break, crack or peel. Bottles are safe and harmless, durable and abrasion resistant, environmentally friendly and reusable. Turn your soap, shampoo, facial cleanser into foam immediately without shaking the bottle or wetting your hands. Features & Advantages: The tight seal of the bottle prevent any leakage, can safely put the bottle in the bag without worrying about liquid leakage. It can produce abundant fine and smooth foams, creates more fun and joy for your face cleaning. Quality and well-selected materials with compact size, which is easy to carry. It is perfect container for a trip, hiking, travel, etc. Great for storing your own liquid soap. Portable: These empty bottles are designed of compact size. Easily fits in a bag, diaper bag or kid’s backpack. Details of Square Foaming Soap Dispenser Airtight Screw-top Neck Each foaming pump bottle has a smooth round cap and inner liners to create an air-tight seal. Leak-proof design with tight sealing screw-on lids. Foam Pump Bottle Dispenser The foam pump bottle puts air into the liquid to make foam. This is great for foaming hand soap, hand sanitizer, and other liquids. Drop Resistant Base The thick base design provides enhanced stability, retaining its shape while providing protection against impacts during transport and use.
