37360 N Schnepf Rd San Tan Valley, AZ 85140
San Tan Valley, AZ · Pinal County County
Industrial (Building) with 2.79 acres in San Tan Valley, AZ.
Property overview
- Acreage
- 2.79 acres
- Availability
- Contact for availability
- Zoning · General zoning
- industrial
- Zoning · Inside city limits
- Yes
- Zoning · Municipality
- San Tan Valley
- Transportation · Nearest highway
- AZ 24
- Transportation · Distance to highway
- 11.450 miles
- Transportation · Nearest interstate
- I 10
- Transportation · Distance to interstate
- 37.280 miles
- Utilities · Electricity available
- Yes
- Utilities · Electric provider
- Salt River Project (PHOENIX, AZ)
- Utilities · Water available
- Yes
- Utilities · Water service
- municipal
- Utilities · Water provider
- Town Of Queen Creek (QUEEN CREEK, AZ)
- Utilities · Wastewater available
- Yes
- Utilities · Wastewater service
- septic
- Utilities · Wastewater provider
- Epcor Water Arizona, Inc. (San Tan)
- Utilities · Distance to wastewater service
- 18.960 feet
- Utilities · Distance to wastewater service
- 0.004 miles
- Utilities · Telecommunications available
- Yes
- Utilities · Fiber service
- not_available
- Utilities · Distance to fiber
- 12.490 miles
- Environmental · Flood zone
- X
- Environmental · Inside 100-year floodplain
- No
- Environmental · Inside 500-year floodplain
- No
- Environmental · Wetlands
- no
This industrial-zoned site inside San Tan Valley offers immediate utility access and development readiness, with municipal water, active wastewater infrastructure adjacent to the parcel, and entitlement support. The level topography and developed lot make on-site expansion straightforward.
The location sits near regional rail corridors and multiple electric transmission lines, and has available telecom and municipal services, all supported by local tax incentives and abatements. This site fits light manufacturing, distribution, and supplier operations seeking quick build-out and low earthwork costs. Local permitting and incentive programs position projects for fast execution and reduced upfront friction.