The Perfect Pairing with Safety Shoes to Ensure Workplace Safety

Choosing the right antistatic insole can extend the life of safety shoes, reduce replacement costs, and improve work efficiency

Antistatic Insoles, the Perfect Companion to Safety Shoes

Antistatic insoles are designed to work in conjunction with antistatic safety shoes, effectively directing human-generated static electricity to the ground, ensuring worker safety and preventing static-related accidents.
As a consumable part of safety shoes, the lifespan of antistatic insoles is generally shorter than that of the shoes, but their market demand is widespread, making them an essential component in the safety footwear supply chain.
Choosing the right antistatic insole can extend the life of safety shoes, reduce replacement costs, and improve work efficiency.

Working Principle of Antistatic Insoles

The main function of antistatic insoles is to direct the static electricity generated by the human body to the ground, effectively preventing static buildup and electrostatic discharge (ESD) from posing a potential threat to employee and equipment safety. As humans move, they carry static charges, which need to be safely directed through the insoles to the ground, eliminating static buildup and preventing harm to electronic equipment, components, and workers.

Antistatic insoles are typically made from conductive materials such as conductive fibers and carbon fibers. These materials have excellent conductivity and can quickly discharge static electricity to the ground when they come into contact with the floor, ensuring effective static dissipation.

Market Outlook of Antistatic Insoles

The market for antistatic insoles is closely tied to the safety shoe industry. With the growth of manufacturing, logistics, electronics, and chemical industries, the demand for safety shoes—and by extension, antistatic insoles—continues to rise.

Electronics Industry

Antistatic insoles are essential in cleanrooms and Electronics factories, protecting sensitive equipment from static damage.

Chemical Industry

Antistatic insoles prevent sparks caused by static, which is crucial for maintaining safety in Chemical production.

Global Procurement

As multinational companies increase their demand for static protection, the Global market for Antistatic insoles grows.

Antistatic insoles are consumables with a short lifespan, but their demand remains stable, especially in high-intensity environments.C23

How to Choose the Right Antistatic Insoles?

Industry Needs

Full-foot conductive insoles for electronics and chemical industries; conductive thread insoles for office or light industrial use.

Comfort & Durability

Choose insoles that provide comfort and durability based on work hours.

Cost & Quality

High-quality insoles reduce replacement frequency, lowering long-term procurement costs.

Styles and Customization Options of Antistatic Insoles

Antistatic insoles come in various styles and can be customized to meet the specific needs of different industries. The most common designs include full-foot conductive insoles and conductive thread insoles, both offering effective static protection through specially selected materials.

Regardless of the design, antistatic insoles should always be used in conjunction with antistatic safety shoes. The two components work together to ensure optimal conductivity, safely directing static electricity away and preventing sparks, equipment damage, or safety hazards to employees.

Full-Length Conductive Design

Made with black antistatic fabric on the front and black Antistatic Bollyu back fabric, ensuring the entire insole is conductive. This design is ideal for high-static protection industries such as electronics and chemicals. Any other insole style using these materials can achieve full-foot conductivity.

Conductive Thread Design

For environments with lower static protection requirements (such as regular office settings or light industries), antistatic insoles can be made by adding conductive threads to a standard insole material. While the conductive effect is relatively mild, it is sufficient to handle lower static risks in daily work environments, and this design is more cost-effective.

Style Customization

Choose from various insole styles, such as flat comfort insoles or corrective insoles. Different styles can incorporate different antistatic processes to ensure effective static protection.

OEM Customization

Custom logos, packaging, and designs are available to help enhance your brand image.

Regardless of the style selected, the static protection performance is guaranteed by the materials and processes used. Our customization services provide flexible solutions to meet specific business needs.

By choosing our antistatic insoles, you not only get superior static protection but also ensure full compliance with international safety standards, safeguarding both employees and equipment.

Why Choose Our Antistatic Insoles

Compliance with International Standards

Our antistatic insoles are designed and tested according to several international standards, ensuring the highest level of static protection:

ISO 20345:2011 and ISO 20347:2012

Antistatic shoes must have a resistance value between 100 kΩ and 100 MΩ, ensuring effective static dissipation and preventing safety hazards from excessively low resistance.

EN 61340-5-1 (European Standard)

Resistance value should be between 100 kΩ and 1 GΩ, ensuring effective static release while keeping the wearer safe.

ANSI/ESD STM97.1 and STM97.2 (U.S. Standards)

The insole-floor resistance should be below 35 MΩ to effectively dissipate static charges.

ASTM F2413 (U.S. Standard)

Antistatic footwear should have a resistance value between 1 MΩ and 100 MΩ, ensuring effective static protection.

Our Antistatic Insoles Meet All International Standards

Our antistatic insoles have a resistance value of 1 MΩ (10^6 Ω), fully complying with the above standards. They effectively dissipate static without compromising safety.

Quality Check: Resistance Meter

We use Resistance Meters to conduct thorough quality checks, ensuring each batch of insoles meets the required resistance range:

High Resistance (> 10^9 Ω)

Static cannot be effectively released, leading to static accumulation and an increased risk of electrostatic discharge.

Low Resistance (< 10^5 Ω)

Approaches a conductor state, excessive static release could cause electric shock sensations or risk to the wearer.

Our insoles are within the 1 MΩ (10^6 Ω) resistance range, fully compliant with international standards, and offer reliable protection for employees and equipment.

Clear Steps for a Smooth Process

Sample Confirmation, Production, Quality Inspection, and Delivery

At RUNTONG, we ensure a seamless order experience through a well-defined process. From initial inquiry to after-sales support, our team is dedicated to guiding you through each step with transparency and efficiency.

Ordering Process

Fast Response

With strong production capabilities and efficient supply chain management, we can quickly respond to customer needs and ensure timely delivery.

Quality Assurance

All products undergo rigorous quality testing to ensure they do not damage the suede.y delivery.

Cargo Transport

6 with over 10 years of partnership, ensures stable and fast delivery, whether FOB or door-to-door.

Inquiry & Custom Recommendation (About 3-5 days）

Start with an in-depth consultation where we understand your market needs and product requirements. Our experts will then recommend customized solutions that align with your business objectives.

Sample Sending & Prototyping (About 5-15 days）

Send us your samples, and we’ll quickly create prototypes to match your needs. The process typically takes 5-15 days.

Order Confirmation & Deposit

Upon your approval of the samples, we move forward with the order confirmation and deposit payment, preparing everything needed for production.

Production & Quality Control (About 30~45 days）

Our state-of-the-art manufacturing facilities and stringent quality control processes ensure that your products are produced to the highest standards within 30~45 days.

Final Inspection & Shipment (About 2 days）

After production, we conduct a final inspection and prepare a detailed report for your review. Once approved, we arrange for prompt shipment within 2 days.

Delivery & After-Sales Support

Receive your products with peace of mind, knowing that our after-sales team is always ready to assist with any post-delivery inquiries or support you may need.

Our Strengths & Commitment

One-Stop Solutions

RUNTONG offers a comprehensive range of services, from market consultation, product research and design, visual solutions (including color, packaging, and overall style), sample making, material recommendations, production, quality control, shipping, to after-sales support. Our network of 12 freight forwarders, including 6 with over 10 years of partnership, ensures stable and fast delivery, whether FOB or door-to-door.

Efficient Production & Fast Delivery

With our cutting-edge manufacturing capabilities, we not only meet but exceed your deadlines. Our commitment to efficiency and timeliness ensures that your orders are delivered on time, every time

Success Stories & Customer Testimonials

Our clients’ satisfaction speaks volumes about our dedication and expertise. We are proud to share some of their success stories, where they have expressed their appreciation for our services.

Certifications & Quality Assurance

Our products are certified to meet international standards, including ISO 9001, FDA, BSCI, MSDS, SGS product testing, and CE certifications. We conduct rigorous quality control at every stage to guarantee that you receive products that meet your exact specifications.

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Antistatic Insoles: The Perfect Pairing with Safety Shoes to Ensure Workplace Safety