If you’re looking to enhance the functionality of your outdoor bench by adding a center armrest to separate seating spaces, you are likely wondering whether this feature comes as a standard option or requires a custom order. The short answer is: in most cases, a center armrest is not a standard feature on mass-produced outdoor benches. However, at our factory, we are highly experienced in custom fabrication, and adding a center armrest to break up seating is absolutely possible—but it is considered a customization.
Our standard bench designs typically focus on open, continuous seating to maximize capacity, especially for public parks, campuses, or commercial spaces. A center armrest, however, can serve several important purposes: it provides physical separation for users who prefer personal space, prevents people from lying across the entire bench, and adds stability to the structure. For many clients, this is a desirable upgrade.
When you request a center armrest, we adjust the blueprint accordingly. This involves repositioning the support frame, recalculating weight distribution, and ensuring that the armrest does not interfere with cleaning, rain drainage, or overall aesthetics. We can produce these custom benches using aluminum, steel, recycled plastic, or wood—depending on your material preference and climate requirements.
It’s worth noting that single center armrests are more commonly added to shorter benches (4-6 feet), while longer benches might benefit from multiple armrests to create individual seats. Our team will work with you to determine the optimal placement and design so that the bench remains comfortable and visually balanced.
In summary, yes, our factory can certainly add a center armrest to break up the seating. But because this deviates from standard production, it is a custom option. We can handle any size, material, or design adjustment, and we offer one-on-one drafting to finalize the plan before production begins. If you value both privacy and communal seating, a custom center armrest bench is the perfect solution.
