Men's round neck wool sweater long sleeve winter pullover with mulberry silk fabric available in black blue grey caramel dark grey fancy twill camel gram blue gucci green limestone coffee medium grey colours Asian sizing M to XXXXL
Men's round neck wool winter sweater with mulberry silk fabric in Asian sizing M to XXXXL

This men's round neck sweater offers winter warmth through its wool construction with mulberry silk as the main fabric composition. Designed as a pullover with long sleeves, it provides practical coverage for leisure activities during colder seasons. Available in nine colour variations including black, blue grey, caramel, dark grey, fancy twill camel, gram blue, gucci green, limestone coffee and medium grey, the sweater accommodates different style preferences while maintaining its functional winter purpose.
Features and Construction

The sweater combines wool fabric with mulberry silk composition to create a winter garment suitable for leisure wear. Its construction follows Asian sizing standards which differ from European and American measurements.
Material and Build
Constructed from wool fabric with mulberry silk as the main composition, this sweater provides material characteristics suited to winter conditions. The round neck design and pullover style create easy wearing without complex fastenings, while long sleeves offer full arm coverage. The fabric combination delivers practical warmth without specialist performance claims beyond its stated materials.
Size and Practical Fit
Sizing follows Asian measurements which typically run 1-2 sizes smaller than European and American standards. Available sizes range from M to XXXXL, each corresponding to specific height and weight combinations: M fits 165cm height with 45-60kg weight range, L fits 170cm with 60-67.5kg, XL fits 175cm with 67.5-75kg, XXL fits 180cm with 75-82.5kg, XXXL fits 185cm with 82.5-90kg, and XXXXL fits 190cm with 90-105kg. Manual measurement may cause 2-3cm variations.
Uses and Placement

The sweater serves primarily as winter leisure wear, designed for casual occasions rather than formal settings. Its practical construction suits various cold-weather scenarios where warmth and comfort take priority.
Event or Professional Use
As leisure wear, this sweater suits casual social occasions, weekend activities, and informal gatherings during winter months. The round neck design and pullover style maintain simplicity without decorative elements that might limit its versatility. While not specified for professional settings, its practical construction works for environments where winter warmth matters more than formal appearance.
Everyday Home Use
For everyday home wear during winter, the sweater provides coverage and warmth without complex care requirements. The wool and mulberry silk combination offers material characteristics suited to indoor and mild outdoor conditions. Its range of colour options allows coordination with existing wardrobe pieces while serving functional purposes during colder seasons.
Benefits and Buying Value

The sweater delivers practical benefits through its material composition and sizing options, focusing on winter functionality rather than specialised performance claims.
Reuse and Low Maintenance
With standard wool and mulberry silk construction, the sweater supports repeated seasonal use for winter leisure occasions. Its simple design without intricate detailing facilitates straightforward maintenance, though specific care instructions should follow general guidelines for these materials. The garment's construction aims for durability through its stated fabric composition rather than invented longevity claims.
Why Choose This Product
This sweater offers a practical winter garment with clear Asian sizing guidelines and multiple colour options. The combination of wool fabric with mulberry silk composition provides material characteristics suited to colder conditions, while the sizing chart with height and weight ranges helps appropriate selection. Compared to generic alternatives, it provides specific sizing information and material transparency without inventing comparative advantages.




