appa.c.c_04

700ML Stainless Steel Vacuum Thermal Bottle with Magnetic Phone Holder

Brand Promocollection

CodePXD342

Get your branding seen with our new 700ML Stainless Steel Vacuum Thermal Bottle with Magnetic Phone Holder. Crafted from 304 stainless steel, this bottle keeps your drinks hot or cold for hours. The strong magnetic base securely holds your phone, freeing your hands. With engraving, screen print or UV print to highlight your branding. Perfect to keep you well hydrated whatever you're doing. Suitable for both indoor and outdoor activities, such as parties, traveling or camping. Features: - Crafted from 304 stainless steel - 700ml capacity, with double wall design to keep drinks warm or cool - Magnetic base lid, to hold your phone - With engraving, screen print or UV print to highlight your branding - Suitable for both indoor and outdoor activities Size: Capacity: 700ml Size: Dia8x24.8cm Weight: 383g/pc Material: Inner: 304 Stainless Steel Outer: 201 Stainless Steel Print position: Body Print area: Laser: (W)4cmx(H)4cm Screen Print: (W)4cmx(H)4cm UV: (W)4cmx(H)4cm

This Promocollection 700ML Stainless Steel Vacuum Thermal Bottle with Magnetic Phone Holder is part of our Drink Bottles range. Construction uses stainless steel. Visually, it reads as modern, with a professional mood. Common use cases include office, outdoor, and travel. It is a natural match for parties, camping, and traveling. It is aimed at professionals and adults. Available in Black, Dark blue, Light Purple, Misty Rose, Olive Green, Orange, White, and Yellow. Available from 50 units, starting at $2.58 each. Bulk pricing quantity breaks are set at 50, 100, 250, 500, 1000, 2500, and 5000 units. Several decoration methods are listed for this product: Laser Engrave and Screen Print. Laser Engrave: Permanent engraving burned into the surface. Premium look, large branding areas on curved products like bottles and pens. Screen Print: Ink pushed through a fine mesh screen onto flat products. Large print areas, vibrant colours — the classic method for apparel.