Silica is found in stone, rocks, and sand and is a major component of many construction materials including concrete, bricks, tiles, and mortar. When it is ‘fractured’ through processes such as stonecutting, drilling, and polishing, it creates a fine enough dust to reach deep inside the lungs when inhaled – which can lead to a respiratory condition called Silicosis.

In many instances, Silicosis cannot be controlled by engineering controls alone, so businesses need to be aware of what PPE and RPE is required to combat the risk.

The risk of injuries due to punctures and cuts remains a significant concern within many industries. Imagine a construction worker handling sharp materials without proper protection—one slip could lead to a severe injury.

This is where puncture and cut-resistant safety gloves come into play, providing essential protection to workers. This article will guide you through the nuances of puncture and cut resistance in safety gloves.

In recent years, strides have been made towards achieving gender equality in the workplace. However, when it comes to Personal Protective Equipment (PPE), there's still room for further improvement.

With such a high proportion of women working in the food, pharmaceutical, and healthcare sectors, and an increasing number of females entering the construction, transport, and manufacturing sectors, the need for inclusive PPE has never been more prominent to ensure optimum safety for all workers.

Comfort in PPE isn't just a luxury; it's a necessity that directly impacts worker performance and safety.

Keeping workers safe is a top priority for any industry. Yet, uncomfortable PPE can cause distractions and fatigue, leading to reduced productivity and safety risks. If you've ever dealt with sweaty gloves, heavy helmets, or foggy goggles, you know the discomfort firsthand. But modern PPE can change all that. This article will explore the benefits of contemporary PPE, focusing on comfort, design, and advanced technologies.