AllPoints 8016308 15 Inch Pilaster Stainless Steel Structural Support
- Precisely engineered for reliable load support
- Constructed from durable stainless steel
- Compact dimensions facilitate seamless mounting
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The AllPoints 8016308 Pilaster 15" 2 is a commercial-grade component designed for precise, sturdy installations within foodservice environments. Constructed from durable materials, it serves as a structural support element in food preparation areas, beverage stations, or display fixtures. Its compact 15-inch height and 2-inch width make it suitable for detailed finishing tasks, ensuring stability and aesthetic consistency in custom cabinetry or equipment mounting. With accurate dimensions and robust build, it supports applied loads efficiently, making it ideal for high-traffic kitchens requiring reliable support structures without occupying extensive space.
Designed for commercial kitchens, the AllPoints 8016308 Pilaster offers precise dimensions, high durability in stainless steel, and ease of integration into custom fixtures. Its technical specifications facilitate seamless mounting and stability, suited to food prep lines or display setups that demand exacting structural support and corrosion resistance. Its 1 lb weight ensures manageable handling during installation, while its 1" height and 1" width precisely fit compact design requirements, supporting workflow efficiency and fixture durability.
Suitable for precision mounting in food prep stations or beverage displays needing compact structural elements.
The AllPoints 8016308 Pilaster features a stainless steel construction with dimensions of 1" in height, width, and depth, and weighs approximately 1 pound, offering a robust yet manageable component for foodservice fixtures. It does not specify electrical requirements or cooling methods. Its corrosion-resistant metallic build ensures long-term performance in food operation environments, supporting applications in food prep areas or equipment mounting. The component's compact size makes it compatible with 15" high fixtures, providing stability without excessive bulk. Its precise manufacturing guarantees consistent fit and finish, with a focus on durability and sanitary surface qualities. The item's shipping typically occurs within 4 to 5 days, matching commercial kitchen project timelines, and it requires no electrical or water hookup. Overall, it complements built-in fixtures that demand reinforcement and precise dimensions, optimized for foodservice installations requiring high stability and ease of maintenance.
A commercial pilaster is a structural support component used in foodservice equipment and cabinetry to reinforce or decorate surfaces. The AllPoints 8016308 Pilaster is a 15-inch stainless steel element designed for precise mounting in food preparation or display fixtures, providing stability while maintaining a clean aesthetic. Its compact profile and durable construction make it suitable for restaurant, café, or institutional kitchens where precise support and sanitary surfaces are required. Perfect for integrating into high-use environments, it supports fixture integrity and contributes to efficient workflow processes in mid-volume foodservice operations.
These high-quality commercial pilasters designed by AllPoints with model number 8016308 provide structural reinforcement suitable for moderate-workload kitchen fixtures, ideal for installation in compact commercial spaces. Built from corrosion-resistant stainless steel and engineered for durability, they are suited to food prep stations, beverage setups, and display fixtures requiring precise, stable supports in busy foodservice settings.
AllPoints 8016308 Pilaster stands out due to its premium stainless steel construction, precise dimensions, and ease of integration into foodservice fixtures. Its compact profile and corrosion resistance support durability and sanitary maintenance, providing a reliable support element for mid-volume food operations. The design promotes quick installation and long-term performance, reducing downtime and service disruptions compared to standard components.
