Chat with us, powered by LiveChat
NewSee the ground in 3DLook
Frederic, Wisconsin

Well Drillers Near Frederic, Wisconsin

Typical Frederic-area wells encounter alternating sand/gravel and clay layers, often with a significant hardpan/silt or coarse sand interval at depth.

Showing contractors within 60 miles of Frederic. 72 results found.

Typical depth
85 ft
Water table
30 ft
Contractors
72

72 Contractors

Sort by:

BLC Well Drilling & Pump Service Ltd.

4.3 (6)
Milltown, WI 54858
Residential Well DrillingCommercial Well DrillingPump Services+2 more
DMB Drilling Co Inc logo

DMB Drilling Co Inc

Active Driller4.4 (24)
Shell Lake, WI 54871
Residential Well DrillingCommercial Well DrillingWell Rehabilitation+3 more

Browse all of Wisconsin

See every licensed contractor across Wisconsin.

← All Wisconsin contractors

Well records near Frederic

Check depths and logs of existing wells in the area before you drill.

Open well map →

Wisconsin well owner guide

Costs, permits, maintenance tips for private wells in Wisconsin.

Open guide →

Not in Frederic? Search well drilling near me in the national directory, or find well service and repair near me and well pump service near me for work on an existing well.

View Local Geology Report

A geological estimate for the Frederic area.

Typical Well Depth
85 ft
Static Water Level
30 ft
Recommended Method
Rotary - Mud Circulation

Detailed Summary

A representative geological sequence for Frederic, Wisconsin, based on well logs, consists of an upper sand or sand/gravel layer, underlain by alternating clay and coarser granular units (sand, gravel, silt). In a few deeper wells, a hardpan, silt, or occasionally a weathered bedrock is hit at greater depths. Most productive residential wells are completed in the main sand/gravel aquifers above any hardpan or silt encountered, with static water levels commonly between 6 and 59 feet and estimated well yields exceeding 5-15 GPM. Wells are mostly rotary-drilled, cased through the unconsolidated zone, and grouted from surface to casing tip.

Expected Geological Layers

Depth (Feet)Formation TypeDescriptionCharacteristics
015 ftSand or Sand & GravelFine to coarse grained sand, may be mixed with gravel; occasionally includes topsoil at very shallowest depth.Color: Varies (often light brown to tan)
Hardness: Loose to medium
1550 ftClay, Clay & Gravel or Clayed Sand & GravelMostly clay or a clay/gravel mix; may have some coarse components. Acts as a confining or semi-confining layer.Color: Gray to brown
Hardness: Firm
5080 ftSand & Gravel (coarse to medium)Primary water-bearing unit for many wells. Generally well sorted, may be described distinctly as coarse sand or sand & gravel.Color: Yellow to tan to gray
Hardness: Medium to medium-coarse
80110 ftSand, Coarse Sand & Gravel or Silt/HardpanSand and gravel remains common but may transition to silt, hardpan, or highly compacted material (occasionally with some cementation).Color: Gray, tan
Hardness: Medium to hard
110145 ftSilt, Hardpan, or Weathered Sandstone/TraprockLess frequently reached by residential wells; where encountered, serves as a lower confining unit or transition into bedrock. May be described as hardpan, silt, or (rarely) traprock.Color: Gray, brown
Hardness: Hard

Frequently Asked Questions

A typical residential well in the Frederic area is drilled to approximately 85 feet to ensure a reliable water supply of 5-15+ gallons per minute.

The static water level, or water table, is typically found around 30 feet below the surface in this region.

A representative geological sequence for Frederic, Wisconsin, based on well logs, consists of an upper sand or sand/gravel layer, underlain by alternating clay and coarser granular units (sand, gravel, silt). In a few deeper wells, a hardpan, silt, or occasionally a weathered bedrock is hit at greater depths. Most productive residential wells are completed in the main sand/gravel aquifers above any hardpan or silt encountered, with static water levels commonly between 6 and 59 feet and estimated well yields exceeding 5-15 GPM. Wells are mostly rotary-drilled, cased through the unconsolidated zone, and grouted from surface to casing tip.