Precision Concrete Finisher - Surfaces & Textures Pro

Gray & Son, Inc; Cockeysville (MD); On-site; USD 28,000 - 41,000; Full time

Job summary

Gray & Son, Inc. seeks a skilled Concrete Finisher to join our construction team in Maryland.

The role involves smoothing and finishing surfaces of poured concrete floors, walls, sidewalks, and curbs to precise textures. Responsibilities include signaling the concrete deliverer, directing concrete into forms, leveling and finishing with screeds and floats, applying broom and finishing textures, patching defects, and forming expansion joints.

Responsibilities

• Signals concrete deliverer to position truck to facilitate pouring.
• Moves discharge chute of truck to direct concrete into forms.
• Spreads concrete into sections of forms with rake or shovel.
• Levels concrete to specified depth and workable consistency, with hand held screed and floats to bring water to surface and produce soft topping.
• Smooths, and shapes surfaces of freshly poured concrete.
• Finishes concrete surfaces, or wets and rubs concrete with abrasive stone to impart finish.
• Removes rough or defective spots from concrete surfaces, and patches holes with fresh concrete or epoxy compound.
• Molds expansion joints and edges.
• Sprinkles colored stone chips, powdered steel, or coloring powder on concrete to produce prescribed finish.
• Produces rough concrete surface with broom.
• Mixes cement with hoe or concrete-mixing machine.
• Directs subgrade work, mixing of concrete, and setting of forms.
• Breaks up and repairs old concrete surfaces.
• Other duties as assigned

Job description

Gray & Son, Inc. seeks a skilled Concrete Finisher to join our construction team in Maryland.

The role involves smoothing and finishing surfaces of poured concrete floors, walls, sidewalks, and curbs to precise textures. Responsibilities include signaling the concrete deliverer, directing concrete into forms, leveling and finishing with screeds and floats, applying broom and finishing textures, patching defects, and forming expansion joints.