Sports Equipment · OEM, wholesale & custom manufacturing — Weihai, China
Sports Equipment Professional and recreational soccer goals manufactured from aluminum and steel with powder-coated or anodized finishes. Our goals are available for FIFA, NCAA, and NFHS full-size openings and include integrated net attachment systems. Permanent, semi-permanent, and portable configurations can be specified with ASTM F2950 safety/performance requirements.
Available factory-direct from our Weihai, China facility for wholesale, private-label and custom OEM production — alternate materials, sizes and branding, typically from 500 units, for buyers across major export markets.
Request a QuoteEvery soccer goals order is built under our quality & manufacturing process and backed by our standards & compliance documentation. See the full specification catalog or explore our sports equipment range.
Goals are available for FIFA, NCAA, and NFHS full-size 24' x 8' openings, plus youth (21' x 7' / 18.5' x 6.5') and futsal models. ASTM F2950 safety/performance requirements can be specified for movable soccer goals.
Full-size goals use 4" round or elliptical aluminum uprights — lighter and rust-free; 3" steel is offered for budget and fixed installations. Both have welded, gusseted corner joints and integrated net attachment.
Goals ship with ground anchors and counterweight systems matched to permanent, semi-permanent, or portable use. ASTM F2950 safety/performance requirements can be specified for movable soccer goals.
Yes — permanent, semi-permanent, and portable configurations are offered, with powder-coated white or anodized finishes. Net attachment is by integrated hook or channel.
Yes — complete goals are produced under your brand with custom sizes, finishes, and packaging. OEM and distributor programs are quoted per project at an agreed unit volume.
Goals are quoted per project given their size and freight; standard models run 30–45 days, custom or branded programs 45–60 days for the first order. Nets and smaller components consolidate toward container volume.