Nanga Takibi Ripstop Camp Shirt
Nanga Takibi Ripstop Camp Shirt
Regular price
HK$1,150.00
Regular price
Sale price
HK$1,150.00
Unit price
/
per
Hong Kong Delivery/International Delivery
Hong Kong Delivery/International Delivery
-Delivery in Hong Kong [SF Express to pay]
-International delivery [S.F. Express/Hong Kong Post
For shipping to other countries, please contact us for estimated shipping by weight.
According to local customs regulations, your identity information is required for delivery to certain countries/regions, and we will contact you to supplement relevant information.
*Please note that duties and taxes are the responsibility of the recipient
pre-order products
pre-order products
The estimated arrival date is only for reference. The delivery date may be affected by delivery delays, production delays, logistics, etc. Delayed shipments will not be refunded. Once all products are ordered, no refunds/cancellations/changes will be accepted for any reason.
- There are 4 large patch pockets on the front with excellent storage capacity; a plastic buckle design is attached above each pocket to prevent stored items from falling.
- The collar is also equipped with a plastic buckle to fix the collar.
- The sleeves are designed for outdoor use and are designed with two panels to ensure flexibility.
- Press buttons are also used on the placket to make it easier to put on and take off.
- In terms of fiber development, TAKIBI RIPSTOP is designed in a curled shape, which can have natural elasticity after being woven into fabric, making it more comfortable to wear.
A new flame-retardant and tear-resistant material developed by NANGA. The aramid fiber contained in the original TAKIBI material is not only flame-retardant, but also wear-resistant and durable. The plaid pattern on the RIPSTOP fabric used can prevent the fabric from continuing to expand when it tears. The material and fabric structure are designed to complement each other. The fiber is developed in a curled shape, which allows the fabric itself to have natural elasticity after being woven into it.