CE EN ISO 20345 Boots: A Complete Guide to European Safety Standards.

When importing or purchasing safety protective shoes for the European market, it is essential to understand the boots that comply with the CE EN ISO 20345 boots standard. This standard sets the minimum safety requirements for protective shoes sold in the EU and many other international markets.
In this guide, we will explain the meaning of the CE EN ISO 20345 standard, the existing protection levels, the testing requirements, and how to select the appropriate safety shoes for your industry.

What Is CE EN ISO 20345 boots?

International Organization for Standardization (ISO) and the European Committee for Standardization developed EN ISO 20345 as the official European standard for safety footwear.

To comply with EN ISO 20345, boots must:

• Include a protective toe cap resistant to 200 joules impact
• Meet specific compression resistance requirements
• Pass additional safety performance tests depending on classification

Once certified, the product can carry the CE mark, allowing legal sale within the European Economic Area.

MK Safety Shoes is a professional safety shoes manufacturer specializing in the design and production of high-quality protective shoes for global markets. We offer customized solutions and manufacture safety shoes that fully comply with CE EN ISO 20345 boots standards, ensuring reliable protection, comfort, and durability for various industrial environments.

Basic Requirements of CE EN ISO 20345 Boots

All CE EN ISO 20345 Boots must meet these core criteria:

1.Toe Protection

1. 200J impact resistance
2. 15kN compression resistance
3. Steel toe, composite toe, or aluminum toe caps

2.Slip Resistance

Boots must pass slip tests on:

1. Ceramic tile with detergent
2. Steel surface with glycerol

Slip resistance is critical for construction, manufacturing, and logistics environments.

3.Ergonomic & Structural Tests

1. Upper tear strength
2. Sole abrasion resistance
3. Flexing endurance
4. Sole bonding strength

These tests ensure durability in industrial working conditions.

Understanding Safety Classifications (S1, S2, S3)

CE EN ISO 20345 Boots are categorized into protection classes:

S1

1. Anti-static (A)
2. Energy absorption in heel (E)
3. Slip resistance (SR)
4. 200J toe protection

Suitable for: indoor industrial environments.

S2

Includes all S1 features plus:

1. Water resistance (WRU)

Suitable for: light outdoor or wet conditions.

S3

Includes all S2 features plus:

1. Puncture-resistant midsole (steel or Kevlar)
2. Cleated outsole

Suitable for: construction, heavy industry, mining.

S3 is currently the most demanded category for international trade.

MK Safety shoes from toe impact resistance to slip testing and puncture protection classifications, each requirement ensures worker safety and regulatory compliance.

More foot protection standard labels

CE EN ISO 20345 Boots may include extra symbols:

1. HRO – Heat resistant outsole
2. FO – Fuel oil resistant
3. WR – Waterproof construction
4. CI / HI – Cold or heat insulation
5. ESD – Electrostatic discharge protection

Verify these markings ensures compliance with project specifications.

Who Needs CE EN ISO 20345 Boots?

These boots are required in industries such as:

1. Construction
2. Oil & gas
3. Manufacturing
4. Logistics & warehousing
5. Infrastructure projects
6. Government procurement contracts

If exporting to Europe, CE certification is not optional — it is mandatory.

How to Verify Compliance

Before purchasing CE EN ISO 20345 Boots:

1. Request a valid CE certificate
2. Verify laboratory testing reports
3. Check product labeling and standard markings
4. Confirm the notified body details

Always ensure documents are up-to-date and issued by accredited testing institutions.

Why CE EN ISO 20345 Boots Matter for Global Trade

Even outside Europe, many countries in Africa, the Middle East, and Asia accept or prefer EU-compliant safety footwear. For importers and distributors, CE certification increases:

1. Market credibility
2. Tender eligibility
3. Product competitiveness
4. Buyer confidence

For manufacturers, compliance opens doors to international OEM and wholesale opportunities.

Summary

Understanding CE EN ISO 20345 Boots is essential for manufacturers, importers, and procurement managers operating in regulated markets. If you are sourcing CE-certified safety footwear, always prioritize verified testing, proper documentation, and reliable production capability to ensure long-term business success.

MK A1021

• Material and Craft

The shoe upper is made of black top-grade leather, which has a fine texture, is durable and long-lasting. It is also equipped with a high-quality rubber sole for excellent slip resistance and durability.

• Protection performance

Complies with S2 safety standards, featuring multiple protective functions such as heat resistance, water resistance, and slip resistance. The flip-up cover design effectively prevents welding slag from splashing into the shoe, enhancing operational safety.

• Applicable population

Designed specifically for welding workers and personnel working in high-temperature environments, it is suitable for various working scenarios such as mechanical processing and steel structure construction.

MK 5043

• Material and Craft

The product is made of top-grain cowhide with a fireproof and waterproof grain surface leather, combined with a durable and flame-retardant synthetic leather upper. It features a waterproof sock liner structure and a Kevlar midsole, along with a heat-resistant rubber sole (up to 300°C). The overall structure is sturdy, durable, and comfortable.

• Protection performance

The entire shoe complies with the SBP + PS + HRO + FO + WR + I + E standards. It possesses anti-shatter, anti-puncture, high-temperature resistance, oil resistance, water resistance, insulation, and anti-static properties. The material’s smoldering time is ≤ 2 seconds. The night light flame-retardant film can continue to emit light for more than 4 hours, enhancing the safety of nighttime operations.

• Applicable population

Designed specifically for firefighters and personnel engaged in high-temperature and high-risk operations, it is suitable for scenarios such as fire rescue and power emergency repairs.

FAQ about the custom CE EN ISO 20345 boots？

Q1: What is the process for custom safety boots?

A1: We are MK safety shoes. The customization process typically begins with requirement communication. Please provide us with your specific requirements.

Q2: How long does it take to custom CE EN ISO 20345 boots?

A2: Customization typically takes 30-45 days, depending on order complexity and quantity. Special processes or materials may require additional time. We will confirm the final delivery date with you.

Q3: What is the MOQ for custom CE EN ISO 20345 boots?

A3: Our MOQ varies by product style and manufacturing process. Standard styles require 300-500 pairs, while certain special styles may have higher minimum orders.

Q4: Can the logo be added to custom CE EN ISO 20345 boots?

A4: Customized safety shoes can have logos added.

Q5: What are the time, cost, and shipping fees for sample production?

A5:

1. The sample preparation time depends on product complexity and scheduling, with standard safety shoes typically requiring 7-10 days.
2. Free sample for the first pair, additional pairs incur a sample fee refundable with bulk shipment.
3. The customer shall bear the cost of mailing.

Q6: What does the after-sales service for custom CE EN ISO 20345 boots include?

A6: We offer the following services:

1. Non-human damage during the warranty period is replaced free of charge.
2. Professional advice on product use, such as cleaning and maintenance advice.
3. Batch order follow-up