Essay: [HotStyle Basic Classic] SmileDay Vintage Laptop Backpack for College School, Sapphire

Thursday, 21 April 2016

[HotStyle Basic Classic] SmileDay Vintage Laptop Backpack for College School, Sapphire

Material: 95% polyester + 5% PU
Weight: 750g / Capacity: 14.5L (medium capacity)
Two zipper pockets on the front, large main zipper compartment with thicken 14" laptop tablet sleeve
Dim: 16.5"(Height)*11.8"(Width)*7.9"(Thickness)
Perfect for service at school, work, travel, and shopping. Every day, every purpose.

[January 2016s] New inventory: Upgrade Version, Durable SBS branded Zipper, Shoulder Straps Reinforced.

Key Features:
- Mainly made with high-grade durable 600 polyester cloth, classical and refining design.
- Mixmatch with qualify synthetical leather trim strap, elegant and fashionable.
- Thicken breathable strap design,comfortable to carry.
- Plenty capacity design, most of your daily necessities can be loaded.
- Scientific and reasonable compartments, makes your goods lay in the bag systematically.
- Specially equiped with laptop compartment, carry your tablet / laptop up to 15" easily.
- Casual Easy style using for: School, Excursion, Going out, window shopping etc..

Washing instructions:
- Washing with clean water with ordinary temperatures.
- DO NOT washing with hot water.
- Hang to dry.
- Washing separately to avoid staining.

Package includes:
- 1 * Backpack ONLY

Purchasing Notes:
- The actual colour of the backpack maybe different from the picture shown due to the different screen of display or reflecting light when shooting.
- 1-2cm error of measuring is a reasonable range due to different measurment methods.
- It's can't avoidable that you will receive the backpack with some smells from original material as it's brand new.
- The smell will be gone if place the backpack in freely circulating air for 2-5 days.
- Each backpack will be check carefully before shipped, but it's still very hard to guarantee there's no extra thread.
- Please do limit the loading weight within 10.0kg to avoid the damage caused by overloading.