Terracotta Facade Cladding Panels Project---Institute of Physics CAS

Institute of Physics CAS: research building facade case study

This 2018 archive associates a grey terracotta facade with the Institute of Physics, Chinese Academy of Sciences, in Beijing. The revised case preserves all three original images and the historic area figures while distinguishing confirmed campus identity from an unresolved building name, missing product specifications and unverified contract roles.

InstitutionInstitute of Physics, Chinese Academy of Sciences
Campus addressNo. 8, 3rd South Street, Zhongguancun, Haidian District, Beijing, China
Archived building label“Newly-built scientific research building”
Specific building nameNot established from the 2018 record
Archived site / floor areas25,000 m² / 42,857 m² — source statements, not independently verified
Design / construction teamNot stated
Facade materials recordedGrey terracotta panels plus terracotta tile / brick-tile zones
Model / size / area / quantityNot stated
Front elevation of the archived Institute of Physics CAS research building facade
Complete 660 × 438 px front-elevation photograph, showing a central entrance, dark grey wall fields and lighter upper and base zones. Featured attachment 7894 is retained once at its natural proportion.

What can be confirmed about the building record

The institute’s official contact page confirms the Institute of Physics, Chinese Academy of Sciences, at No. 8, 3rd South Street, Zhongguancun, Haidian District. This matches the 2018 archive and anchors the archived case to the institute’s Zhongguancun campus rather than its later Huairou facilities.

An official 2026 Institute of Physics record calls the repaired property “D Building” and says it contains the Condensed Matter Physics Building and Condensed Matter Physics Complex. A Beijing public procurement notice separately locates the latter at the same address. Those current names are useful identity checks, but neither source identifies the 2018 photographs or confirms which component carries this facade.

Area and chronology boundary: the old supplier article records a 25,000 m² site and 42,857 m² construction area without naming a source or defining whether the numbers apply to one building or a wider project. A later 13,400 m² interior-repair scope is not comparable. No design, permit, completion or handover record was found for the photographed facade, so the historical figures remain attributed rather than certified.

The archive provides no architect, design institute, facade consultant, general contractor or installer. It also provides no purchase order, delivery schedule or third-party statement establishing that LOPO supplied, designed or installed the facade. The institutional name is therefore project context, not evidence of a commercial role.

Complete two-view collage of grey panels and tile around research building windows
Original 643 × 203 px two-view collage, preserved as one file. The left view shows stacked window bays and grey wall zones; the right view shows the smaller tile-scale surround. It is not a dimensioned product board.

What the facade archive actually establishes

Field2018 archived statementEvidence boundary
Primary wall zonesGrey terracotta facade panels.The exact panel body, model, module and current product family are not stated.
Window surroundsTerracotta tiles; the same article also uses the term “terracotta brick tiles.”The source does not resolve tile versus brick-slip classification.
Colour / surfaceGrey; photographs show dark and medium-grey fields with lighter trim.No colour code, finish name, sheen, texture or acceptance range is supplied.
Product modelNot stated.No item number is assigned from another article, image or later catalogue.
Panel / tile dimensionsNot stated.Module, thickness, tolerances and joint widths must not be scaled from photographs.
Installed area / quantityNot stated.Building floor area cannot be converted into facade area, panel count or tile quantity.
System build-upNot stated.Rails, clips, anchors, backing wall, cavity, insulation, membranes, flashings and fire-stopping are unknown.

The historical page describes the materials as exterior decoration. It also promotes environmental and thermal benefits and calls terracotta the “best choice.” Those statements are removed: no project test, assembly data, fire evidence, thermal calculation, environmental declaration or approved system record accompanies the archive.

Side elevation of archived grey terracotta facade at Institute of Physics CAS
Full 657 × 436 px side view with grey panel fields, vertically repeated window bays and a light-coloured base. The photograph documents appearance only, not the concealed wall assembly.

Facade composition visible in the photographs

Two material scales

Larger grey panel fields and smaller tile-scale window surrounds create a layered facade. Exact modules, bond, joints and attachment methods remain undocumented.

Formal entrance emphasis

The symmetrical central entrance uses deep vertical piers, a light frame and limited red accents. The archive does not identify the architect or design intent.

Consistent tonal hierarchy

Dark and medium greys occupy the main elevations while pale bands define the roofline and base. A comparable design requires current samples and an approved mock-up.

Performance boundary

Completed appearance does not establish structural, fire, water, thermal, acoustic, weathering, maintenance or environmental performance for this or another research building.

Information to verify for a comparable research facade

Confirm the building and project phase, responsible design and installation parties, panel and tile models, dimensions and tolerances, colour and surface range, layout and joint schedule, substrate and complete fixing build-up, corners and openings, movement and drainage, cavity and fire strategy, applicable project tests, mock-up approval, batch records, access and replacement provisions, installed quantities and commercial scope.

Discuss a mixed-scale terracotta facade

Send the project location, elevations, target panel and tile modules, colour range, preliminary quantities, backing-wall concept, applicable requirements, delivery destination and programme. Request current samples, scoped evidence and a written commercial proposal.