Work Gloves FAQ & Glove Compliance Questions

EN388 is a European standard used to assess mechanical protection in safety gloves. It measures performance across several risk factors, including abrasion, cut, tear, and puncture resistance. Results are shown using a combination of numbers and letters. For a full breakdown, see our EN388 Explained Guide and Understanding Protection Levels Resource.

Cut levels indicate how resistant a glove is to cutting forces and are determined through standardised testing. These levels help users match gloves to the level of risk in a task. Selecting the correct cut level is critical for effective protection. For more detail, refer to our EN388 Explained Guide.

A PPE compliance guide provides structured information on safety standards, regulations, and best practices for selecting protective equipment. It helps organisations ensure products meet required standards and are used correctly. You can explore this further in our Hand Safety Resources.

EN388 focuses on mechanical risks such as cut, abrasion, tear, and puncture resistance, while other standards may assess thermal or chemical protection. Understanding which standard applies depends on the risks involved in your task.

Most safety gloves used in regulated environments must meet CE or UKCA requirements to demonstrate compliance with safety standards. This ensures the gloves have been tested and meet minimum performance criteria.

Gloves for cut protection should be selected based on the level of risk and the materials being handled. Higher cut levels provide greater resistance but may affect flexibility. Matching the glove to the task is essential.

Protection level ratings indicate how well a glove performs against specific risks such as cutting, abrasion, and puncture. These ratings are based on standardised testing and help users compare products. Understanding these ratings is key to selecting the right glove.

While some gloves offer versatile protection, most are designed for specific tasks and risks. Using the wrong glove can reduce both safety and performance. It’s best to match gloves to individual applications.

Using the wrong glove can reduce protection, increase risk, and affect performance in tasks requiring dexterity or grip. It may also lead to lower compliance if gloves are uncomfortable or unsuitable. Selecting the correct glove is essential for both safety and usability.

Higher protection levels can sometimes reduce flexibility, so it’s important to select gloves that balance both based on the task. Gloves should provide enough protection without limiting movement or usability.

Yes, glove requirements vary depending on industry, tasks, and risks. For example, construction, logistics, and engineering environments all require different types of protection. Matching gloves to industry-specific risks improves safety and performance.

Glove design influences how well a product balances protection, comfort, and usability. Factors such as fit, flexibility, and coating impact performance in real working environments. Gloves should be selected based on how they are used, not just specification.

Glove lifespan depends on usage, environment, and the materials being handled. High-quality gloves are designed to maintain performance over time, but regular inspection is important. Replacing gloves at the right time helps maintain protection.

Durability depends on materials, construction, and how the glove is used. Gloves should be selected based on the demands of the task and expected wear conditions. Reviewing datasheets and real-world examples can help.

Using the wrong glove can reduce protection, increase risk, and affect performance in tasks requiring dexterity or grip. It may also lead to lower compliance if gloves are uncomfortable or unsuitable. Selecting the correct glove is essential for both safety and usability.

Reducing hand injuries requires a combination of correct glove selection, proper usage, and safety awareness. Structured approaches to hand protection help improve consistency across teams. Real-world examples can demonstrate this.

Even the right glove will not provide protection if it is not used consistently. Clear guidance, training, and easy-to-understand systems help improve compliance. This is particularly important in high-risk environments.

Hand injuries can still occur if gloves are not suitable for the task, worn consistently, or replaced when needed. Incorrect selection or misuse are common causes. A structured approach to glove use helps reduce these risks.

Yes, requesting samples allows you to evaluate glove performance in your own environment before making a purchasing decision. This helps ensure suitability for your task and risk level.

Finding the right distributor ensures you receive the correct products, support, and pricing. Traffi works with authorised partners to provide consistent service.

Traffi works through distributors to provide local availability, support, and service. This ensures customers receive the right products along with guidance and ongoing support. It also allows distributors to build strong customer relationships.

Traffi does not typically sell directly to end users, instead working through authorised distributors. This ensures consistent service, support, and availability.

Traffi supports distributors with marketing assets, technical guidance, and product resources to help them support customers effectively. This includes access to tools, documentation, and ongoing support.

Case studies help distributors demonstrate product performance and real-world results to customers. They provide evidence of safety improvements and support sales conversations.

Glove certification ensures products meet recognised safety standards and performance requirements. Understanding these certifications helps users select compliant products for their environment.

Yes, Traffi supports organisations with structured approaches to hand safety, including glove selection, product trials, and safety guidance. This helps improve consistency and reduce risk across teams.