Sheet Metal Connectors

Founded in 1995, Biyang is a pioneer in fabricating standard and custom sheet metal duct fittings for commercial and industrial use in China.  We are recognized fabricator of HVAC products by creating innovative solutions, providing efficiency and value to all.  We are more than just a ductwork manufacturer; we innovate parts to outperform factory-grade standards for reliability.

Biyang fabricates a sheet metal duct connector including duct splitter, duct reducer, boot-like joint, female and male coupling, and other duct connector.  These sheet metal connectors are designed to allow you to connect round duct fittings.

Providing assistance to the ventilating needs, these Sheet Metal Connectors are precisely designed and constructed for direct installation into air duct.

Industry-leader in HVAC Systems – Biyang is a pioneer in providing highly efficient sheet metal connectors.  We lead the industry in delivering innovative solutions for ducting needs.

Quality products at competitive prices – We at Biyang fabricates high-efficiency ductwork products designed to last, conserve energy, and perform better than advertised.

Over 25 years in the HVAC Industry – Established in 1995, Biyang fabricates and custom designs sheet metal products for commercial and industrial use.  We pride ourselves on being one stop source of all ducting needs and remain true to our legacy that stands for quality and service.

Biyang utilizes over 15,000 sq. ft. of manufacturing area, along with state-of-the-art fabricating technology.  Sheet metal connectors are manufactured in strict adherence with industry standards and stringent guidelines.  Our sheet metal connector specialists and engineers are ready to provide you in-depth solutions that are effective, reasonably priced, and reliable service.

We have technical and customer support available by phone, chat or email.  You can connect with us at (beyond@bi-yang.com) for assistance.  You can reach us through email anytime and we will get back to you as fast as possible.