Industry News

Conveyor belts are designed to withstand years of demanding industrial use. They carry abrasive materials, operate under constant tension, flex around pulleys and are exposed to impact, moisture, dust and changing temperatures. In sectors such as quarrying, mining, recycling, cement, ports and bulk handling, they are among the hardest-working components on site. Eventually, however, every

Conveyor belts have always been engineered around a balance of strength, durability and reliability. For decades, heavy-duty applications have relied on robust steel-cord or textile-reinforced belts capable of carrying large loads over long distances and through demanding industrial environments. That is still the case today. However, newer belt materials and reinforcement technologies are changing how

Fire risk is a serious consideration in many conveyor applications. Conveyor systems are often used in environments where combustible materials, dust, heat and continuously moving machinery all come together. Mining, recycling, power generation, cement production, biomass handling and other heavy industrial operations can all present conditions where fire prevention needs to be considered carefully. The

Energy efficiency has become a much bigger priority across heavy industry. Rising operating costs, tighter sustainability targets and pressure to reduce unnecessary energy use are encouraging businesses to look more closely at equipment that may have previously been taken for granted. Conveyor systems are a good example. In sectors such as quarrying, mining, cement, recycling,

Conveyor systems are essential to many industrial operations, but they also contain moving components that can present serious risks if they are not correctly guarded, isolated and maintained. This is particularly important during maintenance. Tasks such as clearing blockages, adjusting tracking, replacing rollers, working around pulleys or inspecting transfer points often require engineers to work

Pulley lagging is one of those conveyor components that is easy to overlook when everything is working properly. It sits between the pulley shell and the conveyor belt, often operating continuously for thousands of hours with very little attention. Yet when it becomes worn, damaged or contaminated, the effect on conveyor performance can be significant.

Conveyor belts are among the hardest-working components in any bulk material handling system. They operate continuously under load, flex around pulleys, absorb impact at transfer points and are exposed to abrasive materials, moisture, contamination and changing operating conditions. Over time, some level of wear is inevitable. The difficult question is not whether a conveyor belt

Conveyor belt mistracking is one of the most common problems found across industrial conveyor systems. At first, it may appear to be a relatively minor issue. The belt begins running slightly to one side, an engineer adjusts a roller, and the conveyor continues operating. However, when mistracking keeps returning, it is usually a sign that

Conveyor belts are designed to withstand demanding operating conditions, but no belt lasts forever. Over time, abrasive materials, impact loading, misalignment, poor tracking, damaged rollers and repeated repairs can all reduce the condition of a belt. Eventually, maintenance teams face an important decision: should the belt be repaired again, or is replacement now the more

A conveyor belt should provide reliable service for a significant period of time when it is correctly specified, installed and maintained. So when a belt starts wearing out far earlier than expected, repeatedly needs repairs or develops the same type of damage again and again, it is usually a sign that something else is wrong.