Solid State Systems Inc entered the industry of Telephone Communications Services in 1996 and has grown to employ 1 to 4 people, generating an annual revenue of $100.000 to $499.999. The NAICS classifies this business under the code 517911, which describes it as a Telephone Communications Services. For further clarification, the SIC classifies this business under the code 4813 and described it as a Telephone Communications Services. The business provides service to the BOTH market.
To acquire more information, please contact by calling (972) 642-1115 during business hours. You can also write to the business’ Single Location at 2450 Channing Drive, Grand Prairie, Texas TX 75052. You can also visit the company’s website at . View this business’ social media profiles on Twitter or on Facebbok .
| Company: | Solid State Systems Inc |
| Place of Business: | 2450 Channing Drive, Grand Prairie, TX 75052 |
| Contact Number: | (972) 642-1115 |
| Type of Service: | Telephone Communications Services |
| SIC Number: | 4813 |
| NAICS Number: | 517911 |
| Locality: | Single Location |
| Market Type: | B2B & B2C |
| Began: | 1996 |
| Income/Year: | $100.000 to $499.999 |
| Laborers: | 1 to 4 |
| Share This Company: |
Solid State Systems Inc is a company operating from Dallas, Texas providing professional Telephone Communications Services and relevant BOTH variables. It was founded in 1996 and registered with the SIC code 4813 as Telephone Communications Services, and with the NAICS code 517911 as Telephone Communications Services.
With a current employee count of 1 to 4, Solid State Systems Inc has gone to report making $100.000 to $499.999 per annum on its journey towards growth. This company invites you to contact its representative at (972) 642-1115 for related queries, or to locate its Single Location using the coordinates .
The Single Location can also be found at the street address 2450 Channing Drive in Grand Prairie, Texas 75052 and can be engaged online through the company website at , the company Twitter , and Facebook page .