Vinyl Mesh Banner

A: It is widely used in construction site scaffolding wraps, sports stadium perimeter fencing, outdoor music festival fencing, trade show exhibitions, and retail promotional displays.

A: The maximum production width reaches 20.3 feet, enabling seamless large-format printing for oversized advertising graphics. This eliminates seam distortion, separation or visual disruption caused by splicing, ensuring a smooth, unified appearance for large-scale displays.

A: We regularly offer two high-tenacity polyester yarn specifications: 840D×840D and 1000D×1000D. The 840D balances strength and flexibility for standard outdoor advertising, while the 1000D delivers superior tensile strength and dimensional stability for oversized graphics or long-term display in high-wind areas.

A: Our weight range covers 5.6oz to 18oz. Lighter weights are ideal for short-term events or low-wind areas, while extra-heavy weights are engineered for long-term outdoor exposure, ensuring structural stability and print clarity under demanding conditions.

A: The precision perforated structure allows air to flow through freely, actively releasing wind pressure rather than merely resisting it. In high-wind scenarios such as construction sites or sports fencing, it effectively eliminates the bulging, tearing, or detachment issues common with solid banners, ensuring long-term stability and safety for outdoor displays.

A: With a scientifically engineered mesh density, it achieves excellent air permeability and wind pressure relief while maintaining print clarity and color fidelity. It strikes an optimal balance between wind resistance and visual performance.

A: Under normal conditions, it provides a service life of 2 to 3 years. The specialized coating formulation ensures strong ink adhesion without bleeding, while offering excellent UV resistance and weatherability, keeping graphics vibrant even under prolonged sun exposure and rainfall.

A: The roll goods are flexible and flat, resisting creases during winding, unwinding, and cutting. They provide reliable support for lamination, cutting, hemming, and grommeting, minimizing material waste.