A-Safe polymer bollard in action to protect a carpark access controller module. The metal pipe bollard had to be replaced and the floor repaired almost every fortnight caused by vehicular impact. With A-Safe flexible bollard, vehicular impact energy ...
Column Protection with A-Safe Double Rail polymer barriers (Dec 2017). Made of a ploymer compound called MemaplexTM, A-Safe flextible barriers and bollards effectively absorb impact energy and will return to their original shape on recovery. A-Safe ...
In June 2023, we had installed A-SAFE iFlex™ Bollards in an industrial building to protect its equipment from vehicle impact damage. These A-SAFE polymer bollards will flex on impact to absorb the kinetic energy and will return to its orginal ...
A-Safe iFlex Bollards Installation at a manufacturing facility. No order is too small for us. Flexible and yet rigid enough to bend to absorb impact kinetic energy of a slow moving vehicle. The A-Safe polymer bollards will return to their original ...
Material handling equipment generally refers to the tools and systems that are used in a manufacturing, distribution, or warehousing facility to move, store, control, and protect materials and products. Common material handling equipment includes conveyors and trolleys, forklifts, pallet trucks, cranes, and packaging and sealing equipment.
The four main groups of material handling equipment are:
The most commonly used types of material handling solutions in Singapore’s retail industry are:
Manual material handling involves the use of manual labour to move products and materials within a warehouse. Manual material handling equipment includes:
When it comes to material handling equipment in Singapore, the main sustainability consideration relates to powered equipment, such as forklifts and certain types of pallet jacks. The more sustainable option in these cases is electric-powered equipment, as opposed to fuel-dependent equipment, as they rely on a renewable energy source. For storage solutions and safety installations, the key sustainability considerations lie in the manufacturing process. The ideal option would be to use materials that can be manufactured at a lower energy cost and disposed of or recycled easily once their lifespan ends. However, in many cases, these products are built to last and do not need to be replaced often, making them a sustainable investment.