What should be done when traditional gloves fail to meet cleanliness standards and cause particulate contamination of precision components?

In precision manufacturing scenarios such as semiconductor packaging and optical component assembly, particle shedding and insufficient cleanliness from traditional gloves have become critical hidden risks affecting product yield rates. Particles, additives, or volatiles left on the glove surface can easily adhere to high-precision components, causing issues like short circuits and performance degradation—even resulting in entire batches becoming scrap. The introduction of 12-inch Lijie Clean Purified Nitrile Gloves offers a professional solution to address this industry challenge.

Cleanliness is the cornerstone of precision protection. Lijie Nitrile gloves directly meet stringent Class 1000 cleanroom standards, strictly limiting airborne particles ≥0.5μm to fewer than 1,000 per cubic meter. This makes them fully compatible with dust-sensitive production environments like electronics manufacturing. Their key LPC value (Liquid Particle Count) falls below 2500 counts/cm² (@0.5μm), significantly outperforming the industry’s typical control range of 1000-3000 counts/cm². After undergoing dust-free cleaning and specialized drying processes, surface particle release is minimized to extremely low levels, preventing “invisible particles” from compromising precision components at the source.

Enhanced by design, balancing protection and efficiency

Precision operations demand not only cleanliness but also functional and adaptable gloves. The 12-inch extended design of Lijie Clean nitrile gloves securely covers lab coat sleeves, preventing contamination risks from airflow exposure at the cuffs and perfectly complying with strict cleanroom attire regulations. Textured fingertips significantly enhance slip resistance, enabling precise handling of minute components and effectively reducing component damage and rework caused by slippage.