**Product Specifications:**

**Brand:** Niduoxiong

**Product Name:** New Xinjiang Long-staple Cotton Boys' Underwear

**Features:**

- Cloud-like softness, BE, AR, snug fit for extra comfort

- Made of 95% Xinjiang long-staple cotton

- Car design for a desired comfortable experience

- Class A premium quality, no fluorescent agents

- 3D cutting, no wedgies, 95% cotton, high elasticity

- Original patterns, fun designs for kids, active printing and dyeing, water-resistant

- Exquisite details for comprehensive care

**Size Chart:**

- Size 110: Recommended height 90-105cm, weight 25-34 pounds, waist 22.5x2cm, hip 28x2cm, side length 17cm

- Size 120: Recommended height 105-117cm, weight 34-42 pounds, waist 24x2cm, hip 30x2cm, side length 18cm

- Size 130: Recommended height 117-129cm, weight 42-50 pounds, waist 25.5x2cm, hip 31.5x2cm, side length 19cm

- Size 140: Recommended height 129-140cm, weight 50-60 pounds, waist 26.5x2cm, hip 32x2cm, side length 20cm

- Due to different measurement methods, there may be a 1-3cm error. It is recommended to choose based on actual height or one size up.

**Material:**

- 95% Xinjiang long-staple cotton, 5% spandex

- A1 grade, baby-friendly, breathable and sweat-free, no fluorescent agents

**Design:**

- 3D cutting, no wedgies, high elasticity waistband, precise stitching

- A-class standard, safe and comfortable for infants and toddlers, no formaldehyde, no fluorescent agents

**Certifications:**

- Fluorescent agent content: 10mg/L, meets OEKO-TEX and CONFIDENCE IN TEXTILE standards

**Care Instructions:**

- Hand wash with neutral detergent, soak in low temperature, gently knead, air dry flat

- Machine wash with laundry bag, use gentle cycle, air dry flat, do not bleach, do not iron, do not dry clean

**Packaging:**

- 2 pieces per box, combination pack of 2 boxes

**Additional Information:**

- Brand: Niduoxiong

- Model: Niduo Bear 01

- Inspector: 08

- Double-layer pure cotton crotch, anti-roll leg bands

*Note: The above specifications are subject to slight variations due to manual measurement methods.*