Description

SPECIFICATIONS

Brand Name: TIKITIKI

CN: Guangdong

Choice: yes

Craft of Weaving: Tatting

Features 1: long underwear women

Features 10: womens long johns thermal

Features 2: thermal underwear women

Features 3: female long johns

Features 4: ladies long underwear

Features 5: long johns clothes women's

Features 6: women in long johns

Features 7: womens thermal long johns

Features 8: female thermal underwear

Features 9: long john underwear women's

Gender: Women

High-concerned chemical: None

Item Type: Long Johns

Material: POLYESTER,Elastane

Material Composition: Polyester Blend

Model Number: 00332

Origin: Mainland China

Pattern Type: Solid

Rise Type: Mid-Rise

Thickness: STANDARD

Whether With Wool: no

semi_Choice: yes

size_info: {"sizeInfoList":[{"length":{"cm":"70-140","inch":"27.56-55.12"},"size":"One Size","vid":-1}]}

• Women thermal underwear set is made using a polyester blend that feels cozily soft, is completely non-irritating, and keeps you comfortably warm to beat the chilly weather.

• Quickly wicks sweat to keep you dry and light, with the perfect combination of comfort, warmth, elasticity and moisture resistance.

• Whether exercising, shopping or lounging, you have the freedom to stay warm in all your activities without sacrificing range of motion and comfort.

• The thermal long underwear fits snugly and ensures it doesn't collect on the waistline or sleeves, reducing heat loss without irritating the skin.

• Perfect with formal or casual wear, or as a comfy pajama on a chilly night.

Note:
1.Unit:cm(1cm=0.39inch)
2.Please strictly follow the size chart to select the size.Do not select directly according to your habits.
3.Please allow 1-3 CM differs due to manual measurement.Thanks for your understanding.
4.As different computers display colors differently, the color of the actual item may vary slightly from the above images.

Specifications

• Weight: 200gr
• Usage: Indoor & outdoor

Pros and cons

• Sustainably produced
• Ideal for everyday use
• May discolor in direct sunlight