Detroit business and industry associations

There are 586business and industry associations in the greater Detroitmetro area, including the cities of Detroit, Dearborn, Farmington Hills, Livonia, Novi, Pontiac, Southfield, Taylor, Troy, and Warren. Combined, these Detroit metro business and industry associationsemploy 1,164 people, earn more than $303 million in revenue each year, and have assets of $676 million.

Types of business and industry associations in Detroit

Nonprofit typeNumberRevenues
586
$303,444,039
375
$222,683,836
110
$14,314,083
24
$33,781,783
Showing 4 of 4categories

Job trends for Detroit business and industry associations

Employees per organizationNumber of organizations
0
129
1-10
78
11-25
10
26-100
8
101 to 1,000
2
1,000+
0
Key takeaways for employment stats:

Sizes of business and industry associations in Detroit

Revenues per organizationNumber of organizations
< $250k
218
$250k to $1M
80
$1M to $5M
34
$5M to $25M
9
$25M to $100M
1
$100M+
0
Key takeaways for revenue stats:

Directory of business and industry associations in Detroit


Want more insights on business and industry associations in Detroit?
There's a whole lot more to Cause IQ than what you see here. Additional filters, personnel information, peer benchmarking, Salesforce integration, vendor lists, etc. Access all the information your company needs in one place, already collected.
Schedule a demo
Over 200 customers use Cause IQ to grow, maintain, and serve their nonprofit clients.
Methodology: Cause IQ mines all tax-exempt organizations that file a Form 990, Form 990-EZ, or Form 990-PF with the IRS. We collect and aggregate this information from OCR'd paper taxreturns, XML e-file taxreturns, IRS-provided extract, the Business Master File, and Cause IQ secret sauce for data cleaning, categorization, classification, analytics, etc.
This category corresponds to the "S40: Business and Industry" National Taxonomy of Exempt Entities (NTEE) code. Cause IQ determines NTEEs for organizations by its own internally-developed secret-sauce algorithms.