P500 MONCLER printed logo hooded sweatshirt is made of lightweight turned-over velvet cotton fabric. High-density cotton fiber is used to achieve internal and external differentiation in a single layer of fabric. The outer plain weave is tight and wear-resistant, and the inner layer is sanded to form a short dense suede surface. The dense plain weave structure resists wind and splashes, the brushed suede surface is skin-friendly, and the short pile has been treated to eliminate static electricity to avoid sticking to the skin. A very small amount of grooved polyester moisture-conducting yarn is embedded in the cotton fiber, which quickly directs sweat from the inner suede surface to the outer layer for evaporation through the capillary effect, solving the problem that the inside-out suede is prone to stuffiness. By actively intervening in the shrinkage potential of the cotton fiber, the fabric is achieved from being volatile to stable, improving dimensional stability, and at the same time not prone to deformation and wrinkles. A high-saturation pattern is displayed on the center of the cap through glue printing. The scraper pressure is even and the scraping is performed in 5 steps to ensure that the glue is fully penetrated and covered. After curing at high temperature, the pigment is firmly combined with the cotton fiber. The ink absorption and penetration characteristics of the cotton fiber make the pattern less likely to fall off due to friction. Size S M L XL
P500 MONCLER printed logo hooded sweatshirt is made of lightweight turned-over velvet cotton fabric. High-density cotton...
P500
MONCLER printed logo hooded sweatshirt
It is made of lightweight turned velvet cotton fabric. High-density cotton fiber is used to achieve internal and external differentiation in a single layer of fabric. The outer layer is plain and tight and wear-resistant, and the inner layer is sanded to form a short dense suede surface. The dense plain weave structure resists wind and splashes, the brushed suede surface is skin-friendly, and the short pile has been treated to eliminate static electricity to avoid sticking to the skin. A very small amount of grooved polyester moisture-conducting yarn is embedded in the cotton fiber, which quickly guides sweat from the inner suede surface to the outer layer for evaporation through the capillary effect, solving the problem that the inside-out suede is prone to stuffiness.
By actively interfering with the shrinkage potential of cotton fibers, the fabric is able to transition from changeable to stable, improving dimensional stability while being less prone to deformation and wrinkles.
A high-saturation pattern is displayed on the center of the cap through glue printing. The scraper pressure is even and the scraping is performed in 5 steps to ensure that the glue is fully penetrated and covered. After curing at high temperature, the pigment is firmly bonded to the cotton fiber. The ink-absorbing and penetrating properties of the cotton fiber make the pattern less likely to fall off due to friction.
SizeS M L XL
P500 MONCLER printed logo hooded sweatshirt is made of lightweight turned-over velvet cotton fabric. High-density cotton fiber is used to achieve internal and external differentiation in a single layer of fabric. The outer plain weave is tight and wear-resistant, and the inner layer is sanded to form a short dense suede surface. The dense plain weave structure resists wind and splashes, the brushed suede surface is skin-friendly, and the short pile has been treated to eliminate static electricity to avoid sticking to the skin. A very small amount of grooved polyester moisture-conducting yarn is embedded in the cotton fiber, which quickly directs sweat from the inner suede surface to the outer layer for evaporation through the capillary effect, solving the problem that the inside-out suede is prone to stuffiness. By actively intervening in the shrinkage potential of the cotton fiber, the fabric is achieved from being volatile to stable, improving dimensional stability, and at the same time not prone to deformation and wrinkles. A high-saturation pattern is displayed on the center of the cap through glue printing. The scraper pressure is even and the scraping is performed in 5 steps to ensure that the glue is fully penetrated and covered. After curing at high temperature, the pigment is firmly combined with the cotton fiber. The ink absorption and penetration characteristics of the cotton fiber make the pattern less likely to fall off due to friction. Size S M L XL
2026-09-02
P500 MONCLER printed logo hooded sweatshirt is made of lightweight turned-over velvet cotton fabric. High-density cotton fiber is used to achieve internal and external differentiation in a single layer of fabric. The outer plain weave is tight and wear-resistant, and the inner layer is sanded to form a short dense suede surface. The dense plain weave structure resists wind and splashes, the brushed suede surface is skin-friendly, and the short pile has been treated to eliminate static electricity to avoid sticking to the skin. A very small amount of grooved polyester moisture-conducting yarn is embedded in the cotton fiber, which quickly directs sweat from the inner suede surface to the outer layer for evaporation through the capillary effect, solving the problem that the inside-out suede is prone to stuffiness. By actively intervening in the shrinkage potential of the cotton fiber, the fabric is achieved from being volatile to stable, improving dimensional stability, and at the same time not prone to deformation and wrinkles. A high-saturation pattern is displayed on the center of the cap through glue printing. The scraper pressure is even and the scraping is performed in 5 steps to ensure that the glue is fully penetrated and covered. After curing at high temperature, the pigment is firmly combined with the cotton fiber. The ink absorption and penetration characteristics of the cotton fiber make the pattern less likely to fall off due to friction. Size S M L XL
2026-09-02
P500 MONCLER printed logo hooded sweatshirt is made of lightweight turned-over velvet cotton fabric. High-density cotton fiber is used to achieve internal and external differentiation in a single layer of fabric. The outer plain weave is tight and wear-resistant, and the inner layer is sanded to form a short dense suede surface. The dense plain weave structure resists wind and splashes, the brushed suede surface is skin-friendly, and the short pile has been treated to eliminate static electricity to avoid sticking to the skin. A very small amount of grooved polyester moisture-conducting yarn is embedded in the cotton fiber, which quickly directs sweat from the inner suede surface to the outer layer for evaporation through the capillary effect, solving the problem that the inside-out suede is prone to stuffiness. By actively intervening in the shrinkage potential of the cotton fiber, the fabric is achieved from being volatile to stable, improving dimensional stability, and at the same time not prone to deformation and wrinkles. A high-saturation pattern is displayed on the center of the cap through glue printing. The scraper pressure is even and the scraping is performed in 5 steps to ensure that the glue is fully penetrated and covered. After curing at high temperature, the pigment is firmly combined with the cotton fiber. The ink absorption and penetration characteristics of the cotton fiber make the pattern less likely to fall off due to friction. Size S M L XL
2026-09-02
P500 MONCLER printed logo hooded sweatshirt is made of lightweight turned-over velvet cotton fabric. High-density cotton fiber is used to achieve internal and external differentiation in a single layer of fabric. The outer plain weave is tight and wear-resistant, and the inner layer is sanded to form a short dense suede surface. The dense plain weave structure resists wind and splashes, the brushed suede surface is skin-friendly, and the short pile has been treated to eliminate static electricity to avoid sticking to the skin. A very small amount of grooved polyester moisture-conducting yarn is embedded in the cotton fiber, which quickly directs sweat from the inner suede surface to the outer layer for evaporation through the capillary effect, solving the problem that the inside-out suede is prone to stuffiness. By actively intervening in the shrinkage potential of the cotton fiber, the fabric is achieved from being volatile to stable, improving dimensional stability, and at the same time not prone to deformation and wrinkles. A high-saturation pattern is displayed on the center of the cap through glue printing. The scraper pressure is even and the scraping is performed in 5 steps to ensure that the glue is fully penetrated and covered. After curing at high temperature, the pigment is firmly combined with the cotton fiber. The ink absorption and penetration characteristics of the cotton fiber make the pattern less likely to fall off due to friction. Size S M L XL
2026-09-02
P500 MONCLER printed logo hooded sweatshirt is made of lightweight turned-over velvet cotton fabric. High-density cotton fiber is used to achieve internal and external differentiation in a single layer of fabric. The outer plain weave is tight and wear-resistant, and the inner layer is sanded to form a short dense suede surface. The dense plain weave structure resists wind and splashes, the brushed suede surface is skin-friendly, and the short pile has been treated to eliminate static electricity to avoid sticking to the skin. A very small amount of grooved polyester moisture-conducting yarn is embedded in the cotton fiber, which quickly directs sweat from the inner suede surface to the outer layer for evaporation through the capillary effect, solving the problem that the inside-out suede is prone to stuffiness. By actively intervening in the shrinkage potential of the cotton fiber, the fabric is achieved from being volatile to stable, improving dimensional stability, and at the same time not prone to deformation and wrinkles. A high-saturation pattern is displayed on the center of the cap through glue printing. The scraper pressure is even and the scraping is performed in 5 steps to ensure that the glue is fully penetrated and covered. After curing at high temperature, the pigment is firmly combined with the cotton fiber. The ink absorption and penetration characteristics of the cotton fiber make the pattern less likely to fall off due to friction. Size S M L XL
2026-09-02
P500 MONCLER printed logo hooded sweatshirt is made of lightweight turned-over velvet cotton fabric. High-density cotton fiber is used to achieve internal and external differentiation in a single layer of fabric. The outer plain weave is tight and wear-resistant, and the inner layer is sanded to form a short dense suede surface. The dense plain weave structure resists wind and splashes, the brushed suede surface is skin-friendly, and the short pile has been treated to eliminate static electricity to avoid sticking to the skin. A very small amount of grooved polyester moisture-conducting yarn is embedded in the cotton fiber, which quickly directs sweat from the inner suede surface to the outer layer for evaporation through the capillary effect, solving the problem that the inside-out suede is prone to stuffiness. By actively intervening in the shrinkage potential of the cotton fiber, the fabric is achieved from being volatile to stable, improving dimensional stability, and at the same time not prone to deformation and wrinkles. A high-saturation pattern is displayed on the center of the cap through glue printing. The scraper pressure is even and the scraping is performed in 5 steps to ensure that the glue is fully penetrated and covered. After curing at high temperature, the pigment is firmly combined with the cotton fiber. The ink absorption and penetration characteristics of the cotton fiber make the pattern less likely to fall off due to friction. Size S M L XL
2026-09-02
P500 MONCLER printed logo hooded sweatshirt is made of lightweight turned-over velvet cotton fabric. High-density cotton fiber is used to achieve internal and external differentiation in a single layer of fabric. The outer plain weave is tight and wear-resistant, and the inner layer is sanded to form a short dense suede surface. The dense plain weave structure resists wind and splashes, the brushed suede surface is skin-friendly, and the short pile has been treated to eliminate static electricity to avoid sticking to the skin. A very small amount of grooved polyester moisture-conducting yarn is embedded in the cotton fiber, which quickly directs sweat from the inner suede surface to the outer layer for evaporation through the capillary effect, solving the problem that the inside-out suede is prone to stuffiness. By actively intervening in the shrinkage potential of the cotton fiber, the fabric is achieved from being volatile to stable, improving dimensional stability, and at the same time not prone to deformation and wrinkles. A high-saturation pattern is displayed on the center of the cap through glue printing. The scraper pressure is even and the scraping is performed in 5 steps to ensure that the glue is fully penetrated and covered. After curing at high temperature, the pigment is firmly combined with the cotton fiber. The ink absorption and penetration characteristics of the cotton fiber make the pattern less likely to fall off due to friction. Size S M L XL
2026-09-02
P500 MONCLER printed logo hooded sweatshirt is made of lightweight turned-over velvet cotton fabric. High-density cotton fiber is used to achieve internal and external differentiation in a single layer of fabric. The outer plain weave is tight and wear-resistant, and the inner layer is sanded to form a short dense suede surface. The dense plain weave structure resists wind and splashes, the brushed suede surface is skin-friendly, and the short pile has been treated to eliminate static electricity to avoid sticking to the skin. A very small amount of grooved polyester moisture-conducting yarn is embedded in the cotton fiber, which quickly directs sweat from the inner suede surface to the outer layer for evaporation through the capillary effect, solving the problem that the inside-out suede is prone to stuffiness. By actively intervening in the shrinkage potential of the cotton fiber, the fabric is achieved from being volatile to stable, improving dimensional stability, and at the same time not prone to deformation and wrinkles. A high-saturation pattern is displayed on the center of the cap through glue printing. The scraper pressure is even and the scraping is performed in 5 steps to ensure that the glue is fully penetrated and covered. After curing at high temperature, the pigment is firmly combined with the cotton fiber. The ink absorption and penetration characteristics of the cotton fiber make the pattern less likely to fall off due to friction. Size S M L XL
2026-09-02
P500 MONCLER printed logo hooded sweatshirt is made of lightweight turned-over velvet cotton fabric. High-density cotton fiber is used to achieve internal and external differentiation in a single layer of fabric. The outer plain weave is tight and wear-resistant, and the inner layer is sanded to form a short dense suede surface. The dense plain weave structure resists wind and splashes, the brushed suede surface is skin-friendly, and the short pile has been treated to eliminate static electricity to avoid sticking to the skin. A very small amount of grooved polyester moisture-conducting yarn is embedded in the cotton fiber, which quickly directs sweat from the inner suede surface to the outer layer for evaporation through the capillary effect, solving the problem that the inside-out suede is prone to stuffiness. By actively intervening in the shrinkage potential of the cotton fiber, the fabric is achieved from being volatile to stable, improving dimensional stability, and at the same time not prone to deformation and wrinkles. A high-saturation pattern is displayed on the center of the cap through glue printing. The scraper pressure is even and the scraping is performed in 5 steps to ensure that the glue is fully penetrated and covered. After curing at high temperature, the pigment is firmly combined with the cotton fiber. The ink absorption and penetration characteristics of the cotton fiber make the pattern less likely to fall off due to friction. Size S M L XL
2026-09-02