Peacefit Cool Mesh Short Sleeve V Neck

Stay cool and comfortable throughout the day with the Inner Casual Peacefit Cool Mesh Short Sleeve V Neck. Designed with an ultra-breathable open-mesh fabric structure, this men's inner shirt helps maximize airflow, reduce stuffiness, and keep you feeling fresh even in hot and humid conditions. Perfect as a daily base layer under workwear, casual outfits, or formal attire.

Made with a blend that includes 65% recycled polyester, this eco-conscious innerwear combines sustainability with performance. The lightweight mesh construction promotes moisture evaporation, while the soft-touch fabric delivers excellent comfort for extended wear.

Product Highlights
• Ultra-breathable large open-mesh knit for enhanced ventilation
• Quick moisture absorption and fast-drying performance
• Helps reduce heat build-up and uncomfortable stuffiness
• Soft and gentle fabric for day-long comfort
• Anti-bacterial and odour-control properties
• Made with 65% recycled polyester for a more sustainable choice
• Comfortable V-neck design suitable under shirts and casual wear

Why You'll Love It
The Peacefit Cool Mesh Short Sleeve V Neck is specifically designed for men who need extra cooling comfort in Malaysia’s warm climate. Its innovative mesh technology allows continuous airflow, helping body heat escape while maintaining a light and comfortable fit. Whether you're in the office, outdoors, or on the move, this inner shirt keeps you feeling fresher for longer.

Product Specifications
Brand: Inner Casual
Product Name: Peacefit Cool Mesh Short Sleeve V Neck
Type: Men's Innerwear
Neckline: V Neck
Sleeve Type: Short Sleeve
Material: Polyester Blend (Contains 65% Recycled Polyester)
Features: Breathable, Quick Dry, Anti-Bacterial, Odour Control, Moisture Management

Available Sizes
S: 80–88 cm
M: 88–96 cm
L: 96–104 cm
XL: 104–112 cm
2XL: 108–116 cm
3XL: 112–120 cm
4XL: 116–124 cm

Care Instructions
Machine wash according to garment care label instructions. Avoid excessive heat during drying to maintain fabric performance and durability.