Outside Overlays
External protective layers applied to a conveyor belt’s surface to improve wear resistance, durability, and performance in demanding applications. These overlays help protect the belt carcass from abrasion, impact, heat, chemicals, or moisture while also enhancing grip, cleanliness, or safety. Common in industrial, bulk-handling, and food-grade environments, outside overlays extend belt life and reduce downtime.
Removable and Adjustable Supports
Conveyor system components designed to allow quick changes to height, angle, length, or layout to match varying operational needs. Adjustable supports improve ergonomics, product flow, and efficiency, while removable supports simplify reconfiguration, maintenance, and cleaning. Together, they help create flexible conveyor systems that reduce downtime and adapt easily to changing production demands.
Welded Supports
Permanently joined steel structures that provide the strength and rigidity required to support a conveyor system and its operating loads. By welding the frame, legs, and structural members into a single integrated assembly, these supports ensure stability, alignment, and long-term reliability. Welded supports are commonly used in fixed conveyor installations where durability, load capacity, and continuous-duty performance are critical.
Bottom Pans
Protective catch pans installed beneath a conveyor to collect liquids, debris, and stray material that fall during operation. They help maintain a clean, safe work environment, reduce contamination risk, and simplify cleanup and maintenance. Common in industrial and sanitary applications, bottom pans also support compliance with safety and environmental requirements.
Bolted Formed Pans
Metal catch pans installed beneath a conveyor and secured to the frame with bolts to capture spilled material, dust, and fines. Formed from sheet metal such as carbon steel or stainless steel, they help maintain a clean, safe operating area while reducing cleanup time and contamination risk. Bolted formed pans are commonly used in bulk material and industrial conveyor applications where spill control and regulatory compliance are critical.
Stitch Welded
A welding method that uses a series of short, intermittent welds instead of a continuous seam to join steel conveyor components. This approach reduces heat buildup and distortion in thin or formed steel while maintaining adequate structural strength. Stitch welding is commonly used in steel belt and conveyor frame construction where flatness, dimensional stability, and cost efficiency are important.