Seamless Knit Thermal Pullover Training Top Antibacterial

Seamless Knit Thermal Pullover Training Top

Engineered for cold-weather performance, these pullovers blend 80% polyester and 20% spandex in a seamless knit with a brushed interior that traps heat while remaining lightweight. The thermal construction retains warmth during outdoor runs or gym sessions, while four-way stretch allows unrestricted movement for squats, lunges, or yoga flows. Moisture-wicking tech pulls sweat 3x faster than cotton to prevent chill, and flatlock seams eliminate chafing on high-friction areas. A stand-up collar and thumbhole cuffs add extra coverage, with a drop-tail hem for posterior protection. The seamless design ensures a smooth fit under layers, available in jet black, charcoal, and burgundy (XS–XXL). Ideal for training in cool climates, this pullover merges thermal insulation with mobility—stay warm, dry, and comfortable from warm-up to cooldown in a design that prioritizes function without bulk.

Description

Founded in 2007, Haining Intex stands at the forefront of technical activewear innovation, specializing in high-performance yoga and fitness apparel. We engineer precision-crafted garments using patented fabric technologies  – innovations born from our 12+ national patents. Our vertically integrated production ecosystem, spanning knitting, dyeing, and garment assembly, enables agile customization for orders as small as 50 units. 

We serves a diverse international clientele across 30+ countries, with exports comprising 55% of our business.  We power premium athletic brands like Lululemon and Sweaty Betty through OEM manufacturing, while also delivering scalable solutions for retail giants such as Walmart – producing over 500,000 eco-conscious yoga garments annually for their premium line.  Our technical expertise extends to institutional collaborations, including performance apparel for YogaWorks’ instructor networks and functional uniforms for fitness franchises.  This global reach reflects our commitment to merging biomechanical precision with commercial versatility.