Can Cooler Features: simple design but functional, well thermal insulation, small size, easy to be carried, easy to clean it, unique & beautiful looking. art-work is up to your design, Good for promotional premiere. Material: PU foam + velcro Dimension: 254 x 101 x 4mm Weight: 20 g Packing: 1 pc/polybag, 300pcs/ctn
Can Cooler Features: simple design but functional, well thermal insulation, small size, easy to be carried, easy to clean it, unique & beautiful looking. art-work is up to your design, Good for promo
Can Cooler Features: simple design but functional, well thermal insulation, small size, easy to be carried, easy to clean it, unique & beautiful looking. art-work is up to your design, Good for promo
Coaster Features: 1. Material, shape, artwork is up to your design. 2. Material for choice: a. cloth surface + CNR backing. b. PE surface + EVA backing. c. 3D PET surface + EVA backing. d. Other mate
Coaster Features: 1. Material, shape, artwork is up to your design. 2. Material for choice: a. cloth surface + CNR backing. b. PE surface + EVA backing. c. 3D PET surface + EVA backing. d. Other mate
Coaster Features: 1. Material, shape, artwork is up to your design. 2. Material for choice: a. cloth surface + CNR backing. b. PE surface + EVA backing. c. 3D PET surface + EVA backing. d. Other mate
General Description for COMB MAT : Dear sirs, For Comb Mat, here below is our briefly introduction for your reference. 1. Material : Transparent Gel. 2. Comb Mat with honeycomb gel surface, e
General Description for COMB MAT : Dear sirs, For Comb Mat, here below is our briefly introduction for your reference. 1. Material : Transparent Gel. 2. Comb Mat with honeycomb gel surface, e
General Description for COMB MAT : Dear sirs, For Comb Mat, here below is our briefly introduction for your reference. 1. Material : Transparent Gel. 2. Comb Mat with honeycomb gel surface, e
The design of our COMB PILLOW is Comb gel combined with memory foam pillow . Here below we would like to introduce our Comb Pillow briefly. 1. Comb gel covering on the top surface of t