Industrial Cleanroom Lab Anti-Static Shoe Covers

• Customization: Available
• Color: Blue
• Shoe Size(US): 15*40cm,17*45cm
• Model NO.: 713
• Material: Polypropylene
• Feature: Anti-Static, Insulative
• Outsole Material: Polypropylene
• Upper Material: Polypropylene
• Insoles: Polypropylene
• Waterproof: Not Waterproof
• Lining Material: Polypropylene
• Hand Made: Not Handmade
• Gender: Unisex
• Weight: 30GSM, 35GSM, 40GSM
• Transport Package: 500prs/CTN
• Specification: 15x 40CM, 17x45CM
• Trademark: OEM
• Origin: China
• Production Capacity: 50000prs/Week

Product Description

Description

In modern high-tech industries such as electronics, pharmaceuticals, and optics, maintaining a clean and static-free environment is of utmost importance. Our Cleanroom Anti-static Shoe Covers are meticulously designed to meet these stringent requirements, providing reliable protection and ensuring the integrity of your cleanroom operations.

Key Features

(1) Superior Anti-static Performance

• The shoe covers are crafted from a specialized anti-static material that effectively dissipates static electricity. This helps prevent electrostatic discharges that could potentially damage sensitive electronic components, disrupt production processes, or cause inaccurate test results. The anti-static property is long-lasting and reliable, even in high-humidity or dry conditions, ensuring consistent protection throughout the use.

(2) High-Quality Material

• Made from a blend of premium synthetic fibers, the shoe covers offer excellent durability and resistance to wear and tear. The material is lightweight yet sturdy, allowing for easy movement and flexibility without compromising on protection. It is also breathable, reducing foot discomfort and sweating during long hours of wear in the cleanroom environment.

(3) Precision Design

• The design of our Cleanroom Anti-static Shoe Covers is tailored to fit snugly over various types of footwear. The elasticized cuff ensures a secure fit around the ankle, preventing the shoe covers from slipping or coming loose during work. The seamless construction minimizes the risk of particle generation and entry, maintaining the cleanliness of the cleanroom.

(4) Compliance with Cleanroom Standards

• These shoe covers are manufactured in accordance with strict cleanroom standards and regulations. They are tested and proven to have a low particle shedding rate, meeting the requirements of Class 10 to Class 100,000 cleanroom classifications. This makes them suitable for use in a wide range of cleanroom applications where even the slightest contamination can have significant consequences.

Product parameters
 

Material	Polypropylene
Size	15*40CM,17*45CM
Package	500PRS/CTN
Weight	30gsm,35gsm,40gsm
Color	Blue
Reference	OEM and Customized

 Sizes

• Available in a comprehensive range of sizes from small to extra-large, our shoe covers can accommodate different foot sizes and shoe styles. This ensures a proper fit for every user, enhancing comfort and functionality.

(2) Packaging

• The shoe covers are typically packaged in quantities of 500 pairs per box, facilitating easy storage and inventory management. They can also be customized according to your specific packaging requirements.

(3) Color Options

• We offer a standard color of blue, which is commonly used in cleanroom environments for easy visual inspection and identification. However, custom colors can be provided upon request to match your company's branding or specific cleanroom color-coding system.

Application Areas

• Electronics Manufacturing: Ideal for use in semiconductor fabrication plants, PCB assembly lines, and electronic device testing areas. Protects against static damage to microchips, transistors, and other sensitive electronic parts.
• Pharmaceutical and Biotechnology: Maintains a sterile and static-free environment in research laboratories, drug production facilities, and cleanrooms where biological samples are handled. Prevents contamination and electrostatic interference with delicate experiments and production processes.
• Optics and Precision Engineering: Suitable for optical lens manufacturing, precision instrument assembly, and calibration rooms. Ensures that no static electricity or particles affect the quality and accuracy of optical components and precision machinery.

Usage Instructions
 

1. Before entering the cleanroom, ensure that your footwear is clean and free from dirt and debris.
2. Open the package of the Cleanroom Anti-static Shoe Covers and carefully unfold them.
3. Place one shoe cover over each foot, ensuring that the heel is properly positioned at the back and the toes are covered.
4. Gently pull the elastic cuff up over the ankle and adjust for a snug fit. Make sure there are no wrinkles or folds in the shoe cover that could trap particles.
5. Once the shoe covers are in place, you can enter the cleanroom and commence your work. After leaving the cleanroom, carefully remove the shoe covers and dispose of them properly according to your facility's waste disposal procedures.

Quality Assurance

Our Cleanroom Anti-static Shoe Covers undergo rigorous quality control testing at every stage of the manufacturing process. From raw material inspection to final product testing, we ensure that each pair of shoe covers meets or exceeds the industry standards for anti-static performance, cleanliness, and durability. We are committed to providing you with a high-quality product that you can rely on for your cleanroom operations.

Customer Support
 

We have a dedicated team of customer support representatives who are available to answer any questions or concerns you may have about our Cleanroom Anti-static Shoe Covers. Whether you need assistance with product selection, sizing, or have any technical inquiries, we are here to help. We also offer after-sales support to ensure your complete satisfaction with our product.

 

Invest in our Cleanroom Anti-static Shoe Covers today and safeguard the integrity of your cleanroom environment, enhance productivity, and protect your valuable assets from the harmful effects of static electricity and contamination.