166 Perry Street, New York

166 Perry Street is a residential glass tower in Manhattan's West Village — a New York building whose slim, transparent envelope belongs to the city's tradition of glass residential towers, and whose curtain wall was delivered by a Chinese facade contractor operating at the sharp end of the export market. The project is Hanart's flagship US delivery: unitized curtain wall engineered in Shanghai, fabricated in Hanart's controlled plant environment, transported across the Pacific, and installed on a tight urban site in one of the world's most demanding construction markets.

The unitized system was the strategic language of the building: shop-fabricated glass modules whose precision, weatherproofing and finish are established in the plant rather than on scaffolding, then hoisted into place by crane — the same production discipline Hanart applies to its Luban Prize-winning domestic work, exported to the New York market where the facade is legally, structurally and aesthetically a New York facade. Engineering coordination ran against US codes and ASTM test standards from the start, because an envelope shipped from Shanghai cannot be re-engineered on site — the compliance work had to be complete before the first container left port.

For Hanart and for the US-facing Chinese facade industry, 166 Perry Street is the proof-of-record: a top-50 Chinese curtain wall firm delivering a New York tower envelope from Shanghai, meeting US expectations of quality, tolerance and code. It opens the American chapter of the portfolio and sits in the commercial tower collection as the export flagship — the reference for any US developer or architect evaluating an international unitized supplier.

Compliance was engineered before fabrication, because nothing can be corrected after the container sails. The unitized system was detailed against the project’s governing US codes and ASTM test methods — air leakage, water penetration and structural performance verified per ASTM E283, E330 and E331 on a full-scale mock-up — and every material, sealant and finish was qualified to the US project specification before production began. The shop drawing programme ran against US code interpretations and the structural engineer’s requirements, with trans-Pacific design reviews locking each detail before it reached the factory.

The tower’s slim geometry drove the unitized detail: inter-story drift, thermal movement and wind response were absorbed through engineered joint geometry and gasket compression so each module performs as an independent weathertight unit while the stack moves as one structure. Glass build-ups were selected for the local climate and the building’s sightlines, and the module design was rationalized for fabrication efficiency without compromising the aesthetics that matter on a Manhattan street.

Quality began in the plant: modules were fabricated, glazed, sealed and inspected under controlled conditions, with dimensional checks and water testing at the factory bench before crating. A packing and shipping plan protected each unit for the trans-Pacific journey, and the production record — test reports, material certificates and inspection sign-offs — travelled with the shipment so the site team installed modules whose evidence of compliance had already been established.

The system was unitized curtain wall in its export form: aluminum-and-glass modules fabricated, glazed, sealed and inspected in Hanart's controlled plant environment, then shipped as complete units and installed by crane. In the plant, quality is engineered in phases — framing assembled to documented tolerances, glazing and gaskets installed in controlled conditions, drainage and water management tested into the module — so that the module arriving in New York is the weathertight, finished building element, complete with the performance the US specification demanded. The laboratory and mock-up programs verified the system to ASTM-based test methodology before production, with the results forming the evidence chain of the delivery.

Engineering coordination ran as a trans-Pacific discipline: the Shanghai engineering team working against US codes and the project's structural and environmental requirements, the plant fabricating the verified design, and the site team on Manhattan installing modules whose geometry and anchorage were locked by the earlier decisions. The glazing was specified for the New York climate — solar control and thermal performance balanced for the city's seasons, with the insulated glass units engineered to American market expectations. Installation followed the urban-site discipline: modules delivered to a measured sequence, hoisted and set in the coordinated crane plan, and the completed envelope commissioned and inspected before handover.

The finished tower takes its place in the West Village skyline — and in Hanart's record as the US export flagship. For American developers, architects and facade consultants evaluating international unitized suppliers, the case is the evidence: the top-50 Chinese curtain wall firm that documented compliance in Shanghai, delivered across the Pacific, and completed a New York envelope to the city's standard. The underlying system is detailed on the unitized curtain wall page; the commercial context sits in the tower collection.