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A Chinese product-driven safety footwear supplier for the European PPE market, WORKWAY SAFETY supports European and global B2B customers with OEM and ODM capabilities, responsible manufacturing, and long-term cooperation.

Learn about Workway, a China-based B2B safety footwear manufacturing partner supporting European and global brands, importers and distributors through OEM, ODM, product development and long-term production.

About Workway Safety A China-Based B2B Safety Footwear Manufacturer & OEM/ODM Partner Xiamen Workway Protection Technology Co., Ltd. is a China-based B2B safety footwear manufacturer and OEM/ODM partner, supporting European and global brands, importers, distributors, wholesalers and PPE companies with private-label safety footwear development and production.   Europe is our primary market, while our manufacturing and development capabilities support customers worldwide.   We work exclusively in B2B and private-label cooperation. Our role is to help customers build, manufacture and maintain their own product ranges — not to develop a competing consumer brand.   For us, manufacturing is not simply about producing an approved sample.   The more demanding task is helping a product move successfully from development to compliance, from sample approval to bulk production, and from the first order to years of repeat business. A good sample proves possibility. Stable production proves capability. Workway at a Glance   Approx. 30 European MarketsCustomers and safety footwear programs across around 30 European countries. Approx. 1 Million Pairs AnnuallySafety footwear supplied across different constructions, product categories and price positions. OEM + ODMPrivate-label manufacturing ranging from customer-defined OEM projects to product-development-led ODM cooperation. Multiple Manufacturing TechnologiesInjection, cemented and selected Goodyear-welted constructions. Europe-Focused DevelopmentProduct development closely aligned with European market requirements and EN ISO 20345-related compliance considerations. More Than Making Shoes Many suppliers can produce a good sample. The real test begins afterwards. Can the product remain stable when production quantities increase? When material batches change? When a component becomes unavailable? When the buyer requests another colour, packaging version or related model? When the same product enters its fifth or tenth repeat order? These are not unusual situations. They are part of normal long-term footwear manufacturing. That is why we see product development and production control as one continuous system. An approved sample defines what the product should be. The manufacturing system determines whether it can stay that way. Product Development Built Around Real Market Requirements Workway invests continuously in new outsole concepts, tooling, product structures, materials and design development. But we do not believe product development should begin by simply adding another style to a catalogue. It should begin by understanding the product's actual job. Who will wear it? In what environment? What protection is required? How important are weight, comfort, durability or waterproofing? Which construction makes sense? What price position must the product achieve? Can the selected materials remain stable in production? These questions often matter more than simply choosing the strongest possible technical specification. The technically strongest solution is not always the right product solution. A successful product balances protection, compliance, comfort, durability, manufacturability, cost and market positioning. → Explore Our OEM & ODM Capabilities Manufacturing Built Around the Product — Not One Production Method Different safety footwear constructions require different manufacturing strengths. A PU-injected safety shoe, a cemented EVA/rubber product and a Goodyear-welted work boot do not necessarily belong in the same production environment. Workway therefore combines internal product development, project management, order control and quality management with long-term manufacturing partnerships across established footwear production bases in China. Production is selected and coordinated according to product construction, tooling, materials, required manufacturing process, capacity, quality requirements and project complexity. This allows us to support a broad safety footwear portfolio without forcing every product into one manufacturing model. At the same time, customer communication, specifications, order follow-up and quality control remain centrally coordinated by the Workway team. For experienced buyers, this distinction matters. The objective is not to claim that every process must sit under one roof. The objective is to put each product into the manufacturing environment best suited to producing it consistently. Quality Is More Than Final Inspection Final inspection is important. But by the time a systemic problem appears at final inspection, much of the order may already have been produced. Our quality approach therefore begins earlier — with the information and decisions that define the product. Depending on the project, controls may include specification confirmation, approved material references, artwork and labelling review, pre-production confirmation, production follow-up, inline inspection, packing verification and pre-shipment inspection. When a problem occurs, the objective is not simply to close the claim. We ask: What happened? Why did it happen? What should change? How do we reduce the chance of it happening again? Root-cause analysis and structured corrective-action methods, including 8D reporting where appropriate, help turn individual problems into improvements for future orders. Closing a complaint is not the same as preventing its recurrence. → Learn More About Quality Management & Certification Built for Long-Term B2B Safety Footwear Programs Our customers include safety footwear brands, PPE importers, distributors, wholesalers, retailers and other professional buyers. Many manage more than one product or one market at a time. That means real manufacturing programs often involve multiple SKUs, extended size ranges, several colourways, customer-specific labels, different packaging requirements, related product variants and repeat orders. We do not believe every customer needs the same cooperation model. Some customers arrive with complete designs, specifications and established products and need reliable execution. Others require support with product development, materials, outsole concepts, tooling or manufacturing decisions. Many need a combination of both. Our role is to understand where responsibility should sit and build a working process around the project. Managing Change Over the Product Lifecycle Every successful product changes eventually. Materials are discontinued. Suppliers update specifications. Customers introduce new colours or variants. Packaging changes. Standards evolve. Production processes improve. For this reason, long-term manufacturing cannot be based on the idea: “Never change anything.” A better principle is: Know what changed. Understand why it matters. Decide what needs to be controlled. Not every change has the same significance. Changing carton artwork is different from changing an outsole compound. Changing a decorative colour is different from replacing a protective component. Effective change control makes important changes visible while avoiding unnecessary complexity around low-risk modifications. As a product moves from first order into repeat production, this becomes increasingly valuable. Long-Term Cooperation Should Become Easier Over Time We believe a good manufacturing relationship should become easier to manage as both sides gain experience. Over time, the manufacturer and buyer should develop a clearer shared understanding of product expectations, quality boundaries, approval processes, planning requirements, communication methods and how problems should be handled when reality differs from the plan. Reliability is therefore not only about avoiding mistakes. It is also about building a system that learns from previous orders. For Workway, long-term cooperation means clear communication, realistic planning, controlled change, responsible problem-solving and continuous product improvement. Our objective is simple: To remain a manufacturing partner customers can continue building products with — not simply a supplier they buy from once. Safety Footwear Knowledge & Resources We believe manufacturing expertise should be demonstrated, not simply claimed. That is why Workway also publishes practical resources for European safety footwear buyers covering compliance, product development, materials, production quality and long-term manufacturing. Safety Footwear Manufacturing for European Markets A Practical Manufacturer’s Perspective A comprehensive guide to EN ISO 20345-related product decisions, OEM/ODM cooperation, materials, production control and repeat-order stability. → Explore the Guide Safety Footwear Manufacturing for European Markets — White Paper A structured reference for European PPE brands, importers and distributors covering compliance, product development, manufacturing decisions and long-term production risk. → Download the White Paper Planning or Reviewing a Safety Footwear Project? If you are developing a new safety footwear range, reviewing an existing supply program or evaluating a China safety footwear manufacturer for long-term OEM or ODM cooperation, an early discussion can help clarify product structure, compliance requirements, manufacturing options and potential production risks.   Discuss Your Safety Footwear Project with Workway

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Industry & Application

Collections for all types of occupations, industries and

Electronics
ESD Shoes for Electronis Industry ESD shoes should be used if there is a necessity to conduct electrostatic charge away in a controlled manner through the shoes. ESD approved safety shoes and occupational shoes thus protect not only personnel, but also provide protection for components and assemblies at risk from electrostatic energy.   THE RELEVANT STANDARDS FOR ESD FOOTWEAR ARE:   DIN EN 61340-5-1 “Protection of electronic components from electrostatic phenomena”. Here the person/footwear system is tested whereby a max. limit value of 35 MΩ (3.5 x 107 Ω) must be complied with.  DIN EN 61340-4-3 “Standard test procedure for special applications: footwear”.   The testing of the footwear can be carried out in 3 different climate classes. The lower the relative humidity, the more problematic the effects on the capability to carry the static charge away.   All WorkWay ESD shoes are approved per climate class 1 – preconditioning the shoe at max. 15 % relative humidity. Of the 3 climate classes, this test represents the highest requirements on the capability of the shoe to carry the static charge away. This ensures that the WorkWay ESD shoes meet the highest expectations of our customers in practical situations, even under difficult climatic conditions.    

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Construction and Craftsmanship
Construction Work Boots Safety is Vital at Construction Sites Construction workers are exposed to a rich variety of hazards from falling objects slippery surfaces, liquids, chemicals, abrasives and uneven floor surfaces.   Physical ill-health conditions are preventable if you wear the most suitable work boots on a construction site.   WorkWay manufactures safety boots that provides almost all the safety features and comfort features for use in the construction industry by engineers as well as  other workers on the construction site.   

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Mining, Heavy Industry
Mining Industry Mines can be hazardous environments and the possibility of fire, flood, explosion and collapse has the potential to simultaneously affect a large number of people.   Miner Boots Advances have been made towards meeting fundamental requirements in industrial footwear that is less cumbersome and more comfortable.   Browse through all our quality safety shoes and boots especially made for the Mining industry below.  

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Catering and Hospitality
Slip Resistant Work Shoes Anti slip shoes for comfort and safety in the kitchen, professional catering environment and food industry.   Every year there are many accidents in the catering and hospitality industry caused by slips and trips. The occupations most affected are kitchen assistants, chefs and waiting staff.  According to statistics from HSE and RIDDOR (Reporting of Injuries, Diseases and Dangerous Occurrences Regulations 2013), "slips, trips or falls on same level" account for 33% of non-fatal injuries reported under RIDDOR 2020/21 within the workplace.   While there is some variation in employer-reported accident kinds to employees by industry sector, slips, trips, or falls on the same level is the most common reported non-fatal accident kind across all broad industry sectors in 2020/21.   This range of work shoes are specifically designed to offer unrivaled slip resistance for people working in commercial kitchens, hotels, restaurants, cafes, fast food outlets, pubs and clubs and those working as contract caterers to other industries.   

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Fire and Rescue
Firefighter Duty Boots Fire and Rescue employers have to deal with dangerous situations in order to save lives when anyone else would be seeking to get away from the danger.   Sometimes the situations are extremely hazardous, emotionally charged and fast moving.   Fire and Rescue staff having the Personal Protective Equipment (PPE) that fit correctly for both safety and optimal job performance is a must.   WorkWay designs firefighter safety boots to keep fire professionals and first responders protected and comfort in the heat of battle and hazardous environments.  

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Agriculture, Forestry and Fishing
Agriculture Safety Boots Farming is a hazardous industry. Farmers and farm workers work with potentially dangerous machinery, vehicles, chemicals, livestock, at height or near pits and silos. They are exposed to the effects of bad weather, noise and dust.   Safety Boots For Agricultural Industry When working in agriculture, Health and Safety is important for yourself and other workers on the farm, which is why WorkWay designs and produces a broad range of farm safety footwear including safety wellingtons and safety boots.   Our range of rigger boots provide you with comfort whilst still offering the protection needed from heavy items, fertilizers, cleaning agents and other chemicals. On top of that, our safety boots are resistant to many chemicals and minerals, oil resistant and energy absorbing - making them ideal for all types of work.  

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Logistic, Transportation and Warehousing
Work shoes and safety shoes for logistics industry Haulage and distribution The most common types of accidents in the road haulage and distribution industries are: Falls from vehicles, Lorries in the workplace, Load security and Slips & trips.   Warehousing The most common types of accidents in the storage and warehousing industry are: Hit by a moving vehicle, Falls from vehicles, Manual handling and Slips & trips.   Safety shoes for transport and logistics To carry out tasks in haulage, distribution and warehousing, good grip and traction is essential to avoid injury and time away from work. Oil, acid and puncture resistant soles are important to keep feet safe from corrosive substances and nails.

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Oil & Gas industry
Working in the offshore oil and gas industry can involve exposure to a wide range of hazardous substances, radiations, noise, vibration, severe weather conditions and ergonomic hazards.   At Workway, we put together a variety of oil and gas boots built to withstand for the Oil & Gas industry.   Equipped with features such as oil and slip resistance, water repellence, waterproofing and durable construction, these are the safety boots you'll want to wear before heading out into the rugged oilfield environments.  

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For all of the latest news surrounding WorkWay and developments in the PPE industry, please take a look at our regularly updated blog.

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EN ISO 20345:2022 Explained – A Manufacturer’s Perspective on Safety Footwear
EN ISO 20345:2022+A1:2024 Explained — A Manufacturer’s Perspective on Safety Footwear What European PPE buyers should understand beyond the certificate For a safety footwear buyer, EN ISO 20345 is easy to see as a certification requirement. Choose the required protection class, develop the shoe, send samples for testing, obtain certification, and move into production. From a manufacturing perspective, however, this sequence misses an important point: The standard does not only influence what a finished shoe must achieve. It influences many of the decisions made before the shoe exists. Toe protection, puncture resistance, outsole construction, upper materials, water resistance, slip performance and optional claims all have consequences for product design, component selection and production control. And those consequences continue after certification. A certificate confirms a defined product construction. It does not remove the need to control what happens to that construction during later production. First, a Naming Point: Why Do You See 2021, 2022 and 2024? This causes understandable confusion. The international standard is published as ISO 20345:2021, with Amendment 1 published in 2024. In European adoption, buyers commonly encounter EN ISO 20345:2022+A1:2024; BSI currently lists BS EN ISO 20345:2022+A1:2024 as its current release.  So these dates do not necessarily refer to competing safety footwear standards. They reflect different stages and forms of publication and adoption. For European sourcing projects today, the practical reference should therefore consider the 2022 European edition together with A1:2024, rather than treating the original 2022 text as the end of the story. SATRA likewise references EN ISO 20345:2022+A1:2024 in its current technical material.  What Changed Compared With the Previous Generation of EN ISO 20345? The change from the 2011 generation was more than a renaming exercise. Several changes directly affect how products are specified. Among the most commercially visible are: revised slip-resistance requirements and the new SR marking; separate P, PL and PS approaches to puncture resistance; new S6 and S7 categories for whole-footwear water resistance; WPA replacing the previous WRU terminology; FO becoming an additional requirement rather than being automatically embedded in S1-S5 classifications; additional requirements such as SC for scuff-cap abrasion and LG for ladder grip.  For buyers, the important question is not simply: “What do the new letters mean?” A more useful question is: “What product decisions are hidden behind those letters?” That is where the standard begins to affect manufacturing. Slip Resistance: Basic Requirement and SR Are Not the Same Thing This is one area where the terminology can easily cause misunderstanding. Under the revised standard, an initial slip-resistance condition is part of the basic requirements for applicable footwear. SATRA describes this as testing on ceramic tile with a dilute sodium lauryl sulphate solution. The additional SR marking covers a different condition: ceramic tile with glycerine.  The previous SRA, SRB and SRC markings are no longer used in the same way; SR is now the additional marking buyers commonly see alongside classifications such as S1PS or S3S.  This distinction matters commercially. A buyer should not treat “slip resistant” as a single universal property. Slip performance depends on the combination of: outsole compound, tread geometry, contact area, edge design, processing consistency, and the actual floor and contaminant conditions in use. Passing a laboratory slip test does not mean one outsole is equally suitable for every slippery workplace. For example, footwear intended for food preparation, industrial floors and outdoor construction may all require different practical priorities even if the products sit within the same general safety-footwear standard. That is why outsole selection should begin with the working environment, not with the marking alone. P, PL and PS: “Non-Metallic Midsole” Is No Longer Enough Information Puncture resistance is another important change. The revised system distinguishes between: P — metallic penetration-resistant insert; PL — non-metallic insert tested using a larger 4.5 mm nail; PS — non-metallic insert assessed using a smaller 3.0 mm nail and its corresponding test criteria.  This is why modern classifications include designations such as S3L, S3S, S7L or S7S. For a buyer, this adds useful information. In the past, saying that a shoe used a “composite” or “textile” anti-penetration midsole could sound sufficiently descriptive. It no longer tells the whole story. The protection claim, construction, flexibility, weight, thickness and manufacturing suitability need to be considered together. The technically highest specification is not automatically the right commercial specification for every product. A lightweight indoor safety trainer and a heavy outdoor waterproof boot may reasonably make different choices. This is exactly where standards knowledge should support product positioning rather than replace it. S6 and S7: Water Resistance Is Now More Visible in the Classification System The revised standard introduced S6 and S7 categories associated with whole-footwear water resistance.  This is especially relevant to products using waterproof membranes. But from a manufacturing perspective, adding a membrane is not simply adding another material to the BOM. Whole-footwear water resistance depends on the complete construction: membrane design, seam construction, bootie or sock structure, lasting operations, attachment processes, and areas where components or stitching can compromise the barrier. A shoe can therefore contain a waterproof membrane without automatically becoming a well-controlled waterproof footwear system. That distinction matters when developing S7 / S7L / S7S products. FO, WPA, SC and LG: Optional Claims Should Follow Real Use One of the useful effects of the revised system is that certain properties are more explicitly separated. For example, FO is now an additional fuel/oil-resistance claim rather than automatically being part of S1-S5. WPA replaces the older WRU terminology, while SC and LG address defined scuff-cap and ladder-grip requirements.  From a product-development perspective, that encourages a question we think buyers should ask more often: Does this feature solve a real end-user requirement, or are we adding it simply because the marking looks stronger? More markings are not always better. Each additional requirement can influence: material choice, outsole design, product weight, testing, manufacturing complexity, cost, and future change flexibility. For some products, a higher specification creates clear market value. For others, it creates cost and complexity that the end user does not need. Compliance should define what the product must prove. Product strategy should define what the product actually needs. A Certificate Is Evidence of Compliance — Not a Substitute for Production Control This is perhaps the most important manufacturing point in the entire discussion. EU PPE Regulation 2016/425 governs the design and manufacture of PPE placed on the EU market and requires applicable PPE to meet essential health and safety requirements. EUR-Lex Testing and certification therefore matter. But production does not stop changing after the certificate is issued. Over the life of a footwear program: a rubber supplier may adjust a formulation; a microfiber specification may be replaced; a toe cap supplier may change; a waterproof membrane may be updated; a buyer may request another colour or variant; a production process may be modified. Not all changes have the same significance. But they should not all be treated as automatically insignificant either. A certificate answers: Did the assessed construction meet the applicable requirements? Production control must continue asking: Are we still making the construction that was assessed? These are different questions. “Equivalent Material” Is a Manufacturing Term, Not a Visual Judgement One recurring sourcing risk is the phrase: “It is basically the same material.” Two materials can have the same commercial description and similar appearance but behave differently in manufacturing. A different microfiber may vary in backing, thickness or lasting behaviour. Two rubber compounds can both be called rubber while differing in formulation and processing characteristics. A different penetration-resistant insert may affect flexibility, thickness and construction. For non-critical decorative components, equivalent substitution may be straightforward. For components related to an assessed product construction, equivalence deserves a more disciplined review. The point is not to make every change difficult. The point is to know which changes matter before production decides for you. What Should European Buyers Ask Their Safety Footwear Supplier? Instead of only asking: “Do you have an EN ISO 20345 certificate?” consider asking: Which version and amendment is the product assessed against? What exactly does the protection classification cover? Is SR required for the intended workplace? Is the penetration-resistant component P, PL or PS? Which materials and components are considered critical to the approved construction? What happens when one of those materials becomes unavailable? Which changes require buyer approval or technical reassessment? How are repeat orders kept aligned with the approved product? How are new colourways or related variants reviewed? These questions do not replace certification. They reveal whether certification is integrated into the manufacturing system. A Manufacturer’s Perspective: The Standard Should Enter the Project Before the Laboratory Does At Workway, we believe compliance decisions should begin during product definition, not when the finished sample is already waiting for testing. The intended workplace, required classification, outsole system, puncture protection, waterproof construction, optional claims, target weight and commercial position should be considered together. Otherwise, the project may become technically compliant but commercially inefficient — or commercially attractive but difficult to certify and reproduce. That leads to one of the principles we use when thinking about European safety footwear development: The laboratory confirms the product. It should not be the place where the product is first understood. A well-prepared safety footwear project enters testing with most of its important technical decisions already made. And after certification, those decisions still need to survive mass production. Continue Exploring Safety Footwear Manufacturing for Europe For a broader view of compliance, development, production stability, outsole systems and long-term cooperation, see: Safety Footwear Manufacturing for European Markets — A Practical Manufacturer’s Perspective You may also find useful: Why Safety Footwear Projects Fail After Sampling — And How European Buyers Can Prevent It and our: Safety Footwear Manufacturing for European Markets — White Paper Planning a Safety Footwear Project for the European Market? If you are defining the protection class, outsole construction, puncture-resistance system, waterproof structure or other requirements for a new European safety footwear project, discussing these decisions before final sampling can help reduce unnecessary redesign and certification risk. Discuss Your Safety Footwear Project with Workway
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22
Dec, 2025
Occupational Work Shoes- EN ISO 20347 Strandard
The EN ISO 20347 standard defines the essential and optional requirements for occupational footwear, which is designed for professional use without a protective toecap. This standard ensures footwear offers protection, durability, and comfort in workplaces where toe impact protection is not required, making it ideal for industries such as healthcare, hospitality, and retail.   Key Features of EN ISO 20347: 1. No Protective Toecap: Unlike safety shoes under EN ISO 20345, occupational footwear certified under EN ISO 20347 does not include reinforced toe protection. 2. Performance Requirements: o Slip Resistance: Ensures safe movement on various surfaces. o Antistatic Properties: Minimizes the risk of static electricity buildup. o Energy Absorption: Provides enhanced comfort with shock-absorbing heels. o Water Resistance: Offers protection against limited water exposure. 3. Classification: o Class I: Made from leather or other materials (excluding all-rubber or all-polymeric footwear). o Class II: Includes all-rubber or all-polymeric footwear. 4. Optional Features (based on workplace needs): o Oil and Hydrocarbon Resistance (FO). o Penetration Resistance (P). o Heat Resistance (HI) or Cold Resistance (CI). o Water Penetration and Absorption (WRU). 5. Testing Standards: Footwear undergoes rigorous testing to meet requirements like slip resistance (SRC), material durability, and ergonomic comfort. 6. Latest Version: The current version is EN ISO 20347:2022, which incorporates updated testing methods and enhanced performance criteria compared to the earlier 2012 standard.   Our Expertise in Occupational Footwear At Xiamen Workway Protection Technology Co., Ltd., we have successfully developed a comprehensive range of occupational work shoes that fully comply with EN ISO 20347. Leveraging our advanced production equipment, strict quality control systems, and partnerships with internationally recognized testing organizations such as INTERTEK, CTC, TUV, and SGS, we ensure all our products meet or exceed industry standards.   Why Choose Our Occupational Footwear? • Diverse Product Range: Our occupational footwear caters to various industries, offering tailored solutions for comfort, durability, and style. • Certified Quality: Manufactured under BSCI and ISO-certified facilities, our products undergo stringent testing for slip resistance, oil resistance, and ergonomic performance. • Customization Options: We provide customized designs to meet specific workplace requirements, including anti-static, water-resistant, and lightweight features. • Sustainability Commitment: Our use of eco-friendly materials and sustainable production methods aligns with modern environmental concerns. Market Leadership With a deep understanding of European market demands and regulations, we have become a trusted supplier of occupational footwear across Europe. Our extensive experience ensures that our products are not only compliant but also tailored to the preferences and expectations of European customers. For more details, explore our full range of occupational footwear on our website: www.workwaysafety.com.          
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25
Dec, 2024
Triple-Density Outsole Safety Shoes: Premium Solutions for European OEM & ODM Buyers
Triple-Density Outsole Safety Shoes: Premium Solutions for European OEM & ODM Buyers Introduction The European industrial safety footwear market is evolving rapidly. Buyers increasingly demand shoes that combine comfort, durability, and compliance with the latest standards, while also reflecting sustainable production practices. At Workway Protection, we have developed a new triple-density (3-layer) outsole safety shoe series designed specifically for OEM and ODM partners in Europe, offering superior performance, ergonomic comfort, and customization flexibility. Understanding the European Market European workers in logistics, warehousing, light construction, and manufacturing require footwear that can endure long hours, heavy use, and varied floor conditions. According to EN ISO 20345:2022, safety shoes must meet stringent criteria, including S3/S1P categories, slip resistance (SR), and impact protection. Additionally, European clients prioritize environmentally friendly materials and production processes. Our 3-layer outsole shoes meet these expectations, making them ideal for the European market. What Is a Triple-Density Outsole? Our triple-density outsole combines three functional layers engineered for performance: Cushioning Layer (Low-Density PU): Reduces fatigue during long shifts and enhances comfort. Support Layer (Medium-Density PU): Provides structural stability and energy return, ensuring secure footing. Durable Outsole Layer (High-Density PU, Rubber, or TPU): Delivers abrasion resistance, slip resistance, and heat/chemical durability, critical for industrial settings. Compared to traditional dual-layer outsoles, triple-density designs offer longer wear life, superior shock absorption, and enhanced slip resistance, aligning perfectly with Europe’s high standards for industrial safety footwear. Customization & OEM/ODM Advantages As a manufacturer experienced in European OEM/ODM partnerships, Workway Protection offers flexible solutions: Material & Color Selection: Choose from PU, Rubber, TPU, and environmentally friendly options. Branding & Molding: Custom logos, colored stripes, and brand-specific molds available. Design & Fit: We adapt shoe structure to target applications, including logistics, warehouse, or construction. Packaging & Delivery: Tailored packaging and fast, reliable shipping to meet European operational schedules. With advanced direct injection machines, strict QC processes, and multiple certifications (INTERTEK, CTC, TÜV, SGS, BSCI, ISO), we ensure your shoes meet European compliance and performance expectations. Technical Certifications & Quality Assurance Our triple-density series adheres to EN ISO 20345:2022 standards and is fully tested for: Impact and compression resistance Penetration resistance (midsole protection) Slip resistance (SRA/SRB/SR) Heat and abrasion durability Every pair is inspected in-house by our professional QC/QA team, ensuring consistent quality and reliable performance. These certifications make our products attractive to European importers, distributors, and industrial clients. Ideal Applications & Target Clients Triple-density safety shoes are suited for: Logistics & warehousing: Anti-fatigue and slip-resistant for long shifts. Light construction & assembly: Durable outsole for rough surfaces. Industrial & maintenance services: Resistant to abrasion, chemicals, and oil. Our solutions are tailored for European B2B clients, including importers, wholesalers, and OEM/ODM partners seeking customizable, high-performance safety footwear. Why Partner With Workway Protection? Innovative triple-density outsole technology for comfort, stability, and durability Flexible OEM/ODM services tailored for European buyers Certified quality assurance aligned with EN ISO 20345:2022 Sustainable materials & production processes in line with European market expectations Fast, reliable supply chain ensuring timely delivery By collaborating with us, European B2B clients gain access to premium safety footwear, ready to meet the demands of modern industrial environments. Call to Action Explore our 3-layer outsole safety shoe series today and discover how Workway Protection can support your European OEM or ODM needs. Contact us for samples, pricing, or a full product catalog. Download our technical whitepaper for in-depth specifications and certification details.
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21
Nov, 2025