9LEE4015 (Bold Striped Coral Fleece Bath Towels)
Coral fleece is a fuzzy texture with dense weave and high piles of cut fibres. Microfibre coral fleece towels (or fluffy towels) feature long, soft and plush fibres on both sides that can easily pull particles away from the surfaces being wiped. They have become more and more popular in auto detailing industry, great for wax and polish residue removal, quick detail sprays, and delicate finish work.
The fluffy microfibre coral fleece fabrics are also used to make bath towels, bathrobes, makeup removals, dusting towels and dust mops.
Our coral fleece towels come in a variety of sizes, styles, colours and weights that are assured for quality. We do offer embroidery or prints of corporate logos as well as prints on the product packaging too.
*Can be custom embroidered with your design, logo or slogan.
Product Code : 9LEE4015
Material : Coral Fleece
Size : Length 70cm x Width 140cm
Weight : 290g
Colour : Light Blue / Salmon Pink / Brown / Turquoise / Light Grey / Plum with White Striped
Print Type : Embroidery / HD Print
Packaging : Individual Drawstring Nylon Bag / OPP Bag / Zipper Bag
Minimum Order Quantity : 100 pcs
Lead Time : 45 ~ 60 working days after receiving your payment
For custom made / bulk order, please contact us by email, WhatsApp, LiveChat, or Request a Quote
Lint-free – Does not give up any fluff when used, recommended for people with asthma.
Washable – May be dry cleaned or washed up to 500 times.
High Strength – Shrink resistant if properly cared for.
Extra Absorption – Able to absorb up to 25 times its weight.
Easy to Clean – Can be dry cleaned or cleaned in a standard washing machine.
Cleanliness – Leaves no dust particles, fibres, or debris behind.
Wash and Care
• Place your towels in a washing bag prior to its first laundering.
• Launder towels with lukewarm water on delicate wash with like colours (do not add bleach) and thoroughly rinse.
• Tumble dry or low heat setting.
• We do not recommend the use of fabric softeners as they tend to block the micro-gaps in the fibres leading to reduced absorbency.