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Dow is the world’s largest construction silicone provider, but we are so much more. We are materials science experts, partnering with our customers to help them create the beautiful structures they imagine – visually stunning buildings that perform at the highest level – while also minimizing their environmental footprint. Our advanced technologies enable greater design flexibility and sustainability.
As early as the 1960s and 1970s, we pioneered technologies, such as (4-sided) silicone structural glazing, that opened the eyes of architects to a new way of designing buildings and to help them create energy-efficient, cost-effective, safe, flexible, aesthetically pleasing and sustainable buildings. We continue to innovate for both new construction and retrofitting applications – offering a full line of silicone structural glazing materials, insulating glass sealants, SEPS for durable and low-maintenance cladding, and weatherproofing products – to increase production efficiency and enhance design freedom for architectural window and door manufacturing.
We sit at the design table and challenge architects and builders to help bring whatever they imagine to life – to inspire the “futurescape.”
Materials / Products / Systems Supplier
Membership Level
Platinum
Member Since
2010
Member Offices
Midland
Rank |
Name |
Status
Completed Architecturally Topped Out Structurally Topped Out Under Construction On Hold Proposed Vision Never Completed Demolished Competition Entry Canceled Proposed Renovation Under Renovation Renovated Under Demolition |
Completion |
Height |
---|---|---|---|---|
1 |
- |
1000 m / 3,281 ft |
||
2 |
2022 |
828 m / 2,717 ft |
||
3 |
2021 |
644 m / 2,113 ft |
||
4 |
2015 |
632 m / 2,073 ft |
||
5 |
2017 |
599.1 m / 1,965 ft |
||
6 |
2014 |
541.3 m / 1,776 ft |
||
7 |
2016 |
530 m / 1,739 ft |
||
8 |
2019 |
530 m / 1,739 ft |
||
9 |
2012 |
525 m / 1,722 ft |
||
10 |
2004 |
508 m / 1,667 ft |
16 September 2014
Performance of Shadow Boxes in Curtain Wall Assemblies
As increased urban density needs influence the verticality of our built environment, scales of economy and practical efficiency of curtain wall design and construction constitute...
16 September 2014
Performance of Shadow Boxes in Curtain Wall Assemblies
As increased urban density needs influence the verticality of our built environment, scales of economy and practical efficiency of curtain wall design and construction constitute...
01 December 2013
Advanced Structural Silicone Glazing
This paper presents an advanced engineering technique using finite element analysis to improve structural silicone glazing (SSG) design in high-performance curtain wall systems for building...
Dow Corning Corporation (2016)
Rank |
Name |
City |
Completion |
Height |
---|---|---|---|---|
1 |
- |
1000 m / 3,281 ft |
||
2 |
2022 |
828 m / 2,717 ft |
||
3 |
- |
660 m / 2,165 ft |
||
4 |
2021 |
644 m / 2,113 ft |
||
5 |
2015 |
632 m / 2,073 ft |
||
6 |
2017 |
599 m / 1,965 ft |
||
7 |
2021 |
597 m / 1,957 ft |
||
8 |
2014 |
541 m / 1,776 ft |
||
9 |
2016 |
530 m / 1,739 ft |
||
10 |
2019 |
530 m / 1,739 ft |
||
11 |
2012 |
525 m / 1,722 ft |
||
12 |
- |
518 m / 1,699 ft |
||
13 |
2004 |
508 m / 1,667 ft |
||
14 |
2008 |
492 m / 1,614 ft |
||
15 |
2010 |
480 m / 1,575 ft |
||
16 |
2022 |
458 m / 1,503 ft |
||
17 |
1998 |
452 m / 1,483 ft |
||
17 |
1998 |
452 m / 1,483 ft |
||
19 |
2010 |
450 m / 1,476 ft |
||
20 |
1974 |
442 m / 1,451 ft |
||
21 |
2011 |
442 m / 1,449 ft |
||
22 |
2009 |
423 m / 1,389 ft |
||
23 |
1999 |
421 m / 1,380 ft |
||
24 |
2012 |
413 m / 1,356 ft |
||
25 |
2011 |
413 m / 1,354 ft |
||
26 |
2003 |
412 m / 1,352 ft |
||
27 |
2012 |
392 m / 1,287 ft |
||
28 |
1996 |
390 m / 1,280 ft |
||
29 |
1996 |
384 m / 1,260 ft |
||
30 |
1931 |
381 m / 1,250 ft |
||
31 |
2012 |
381 m / 1,248 ft |
||
32 |
1992 |
374 m / 1,227 ft |
||
33 |
1990 |
367 m / 1,205 ft |
||
34 |
2009 |
366 m / 1,200 ft |
||
35 |
2008 |
360 m / 1,181 ft |
||
36 |
2012 |
355 m / 1,166 ft |
||
36 |
2013 |
355 m / 1,166 ft |
||
38 |
2000 |
355 m / 1,163 ft |
||
39 |
2011 |
352 m / 1,155 ft |
||
40 |
2012 |
350 m / 1,149 ft |
||
41 |
1997 |
348 m / 1,140 ft |
||
42 |
1998 |
346 m / 1,135 ft |
||
43 |
1969 |
344 m / 1,128 ft |
||
44 |
2015 |
339 m / 1,112 ft |
||
45 |
2006 |
333 m / 1,094 ft |
||
46 |
2007 |
333 m / 1,093 ft |
||
47 |
2008 |
331 m / 1,086 ft |
||
48 |
- |
330 m / 1,083 ft |
||
49 |
2010 |
330 m / 1,083 ft |
||
50 |
2012 |
329 m / 1,078 ft |
||
51 |
2011 |
328 m / 1,076 ft |
||
52 |
2013 |
328 m / 1,076 ft |
||
53 |
2010 |
326 m / 1,070 ft |
||
54 |
2013 |
324 m / 1,063 ft |
||
55 |
2005 |
323 m / 1,058 ft |
||
56 |
2011 |
322 m / 1,056 ft |
||
57 |
1999 |
321 m / 1,053 ft |
||
58 |
1930 |
319 m / 1,046 ft |
||
59 |
2007 |
319 m / 1,046 ft |
||
60 |
2010 |
318 m / 1,042 ft |
||
61 |
1992 |
312 m / 1,023 ft |
||
62 |
1990 |
310 m / 1,018 ft |
||
63 |
2010 |
310 m / 1,017 ft |
||
64 |
2001 |
310 m / 1,017 ft |
||
65 |
2013 |
309 m / 1,015 ft |
||
66 |
2013 |
306 m / 1,004 ft |
||
67 |
2012 |
303 m / 993 ft |
||
68 |
2010 |
302 m / 990 ft |
||
69 |
2011 |
300 m / 984 ft |
||
70 |
2014 |
300 m / 984 ft |
||
71 |
2013 |
289 m / 948 ft |
||
72 |
2012 |
288 m / 945 ft |
||
73 |
2013 |
287 m / 941 ft |
||
74 |
2003 |
285 m / 934 ft |
||
75 |
2011 |
284 m / 932 ft |
||
76 |
2012 |
284 m / 932 ft |
||
77 |
2011 |
282 m / 924 ft |
||
78 |
2012 |
281 m / 921 ft |
||
79 |
2014 |
280 m / 919 ft |
||
80 |
2012 |
279 m / 915 ft |
||
81 |
2012 |
277 m / 908 ft |
||
82 |
2012 |
276 m / 906 ft |
||
83 |
2010 |
269 m / 883 ft |
||
84 |
2011 |
265 m / 869 ft |
||
85 |
2010 |
263 m / 861 ft |
||
86 |
2010 |
261 m / 856 ft |
||
87 |
2010 |
257 m / 844 ft |
||
88 |
2010 |
256 m / 840 ft |
||
88 |
2010 |
256 m / 840 ft |
||
90 |
2010 |
249 m / 818 ft |
||
91 |
2010 |
246 m / 806 ft |
||
92 |
2010 |
245 m / 804 ft |
||
93 |
2016 |
239 m / 782 ft |
||
94 |
2012 |
232 m / 762 ft |
||
94 |
2012 |
232 m / 762 ft |
||
96 |
2008 |
232 m / 761 ft |
||
96 |
2007 |
232 m / 761 ft |
||
98 |
2011 |
216 m / 708 ft |
||
98 |
2011 |
216 m / 708 ft |
||
100 |
2010 |
207 m / 679 ft |
||
100 |
2010 |
207 m / 679 ft |
||
102 |
2010 |
203 m / 665 ft |
||
103 |
2004 |
156 m / 513 ft |
||
104 |
2007 |
79 m / 259 ft |
||
105 |
2013 |
71 m / 231 ft |
150 m+ Buildings
300 m+ Buildings
Average Building Age*
18 Years
Most Common Function*
Mixed-use (33%), 32 Buildings
Most Common Material*
Concrete (52%), 50 Buildings
* Based on 150 m+ buildings currently in the database.
*Based on 98 Completed & Under Construction Buildings
NOTE: Construction start time is not available for all buildings. The average construction time is only displayed if there is three or more buildings with construction start and complete data in that year.
Create your own charts using the Explore Data tool.
16 September 2014 | Shanghai
Performance of Shadow Boxes in Curtain Wall Assemblies
As increased urban density needs influence the verticality of our built environment, scales of economy and practical efficiency of curtain wall design and construction constitute...
16 September 2014 | Shanghai
2014 Shanghai International Conference - Technical Workshop 03 - Q & A
2014 Shanghai International Conference Technical Workshop 03 Questions & Answers session with speakers Stanley Yee, Dow Corning; Jeffrey Holmes, Woods Bagot; Jörn Teipel, Outokumpu; Patrick...
16 September 2014 | Shanghai
Steve Zhou of Dow Corning is interviewed by Chris Bentley during the 2014 CTBUH Shanghai Conference at the Jin Mao Tower.
19 September 2012 | Shanghai
Advanced Structural Silicone Glazing
This presentation discussed an advanced engineering evaluation using nonlinear analysis to improve structural silicone glazing (SSG) design in high performance curtain wall systems. High wind...
19 September 2012 | Shanghai
Track 4: Material Advances Q & A
Track 4 speakers including, Jon Kimberlain and Lawrence Carbary, Dow Corning Corporation; BaoLiGao MengGen, Shenyang Yuanda Aluminum; and Jean-Claude Gerardy, ArcelorMittal take questions from delegates.
12 October 2011 | Seoul
Consideration Factors of the Glazing for Supertall Building
Several supertall buildings are coming to Korea, some are under detailed planning for its designing and erection. And as seen the results through the evaluations...
16 September 2014
Performance of Shadow Boxes in Curtain Wall Assemblies
As increased urban density needs influence the verticality of our built environment, scales of economy and practical efficiency of curtain wall design and construction constitute...
01 December 2013
Advanced Structural Silicone Glazing
This paper presents an advanced engineering technique using finite element analysis to improve structural silicone glazing (SSG) design in high-performance curtain wall systems for building...
19 September 2012
Advanced Structural Silicone Glazing
This paper presents an advanced engineering evaluation to improve structural silicone glazing (SSG) design in high-performance curtain wall systems. High wind pressures often result in...
10 October 2011
Consideration Factors of Glazing for Supertall Building
Many factors need to be considered when glazing super tall structures. Environmental factors such as high temperatures, ultra-violet radiation, inclement weather/high wind loads and even...
26 February 2001
An Integrated Design Approach to the Environmental Performance of Buildings
The present paper deals with the complex relationship between architectural intensions, indoor environment, building envelope and environmental systems, energy performance and design process. The development...
04 April 2017
CTBUH has recognized the completion of Lotte World Tower, now the fifth tallest building worldwide at 555 meters.
16–21 October 2016
Cities to Megacities: Shaping Dense Vertical Urbanism takes place progressively across three Chinese cities: Shenzhen, Guangzhou, and Hong Kong.
16 September 2014
This workshop focused on incorporating simulation modelling, physical testing and incorporating data-based parametric design to optimize the efficiency of façade detailing.
16–19 September 2014
The survival of humanity relies on a radical repositioning of our cities to develop them beyond a collection of disparate icons, towards a vision of a Sustainable Vertical Urbanism.
01 December 2013
The International Journal of High-Rise Buildings, Volume 2: Number 4 includes 8 papers focusing on pure research content and investigations in tall building design.
11–13 June 2013
In the midst of two decades of unprecedented tall building development globally, Europe has increasingly embraced the skyscraper, even in cities seen as “anti-tall.”
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