Bulk Products Calculator | LM Stone Buffalo

Bulk Products Calculator | LM Stone Buffalo

🧮 Rectangular / Square Area Calculator

Bulk Products By the yard, ½ yard or bushel – for pickup. Delivery is available with a ½ yard minimum. See cubic yard calculators below.

Bulk Mulch

  • Premium Undyed Natural Brown Triple Ground Pennsylvania Hardwood Bark Mulch
  • Premium Dyed Black Double Ground Pennsylvania Hardwood

Bulk Stone

  • Red Gravel – 5 sizes
  • Freedom Grey Gravel – 6 sizes
  • Exotic Stone Line – 12 varieties
  • Crushed Limestone – 6 varieties
  • Garden Rocks 4"–16" (self-serve hand-picked)
  • And more

Other Bulk Items

  • Shredded & Double Screened Topsoil
  • Garden Mix
  • Coarse Sand
  • Play / Pool Sand

One Cubic Yard Covers:

  • 324 sq ft @ 1″ deep
  • 162 sq ft @ 2″ deep
  • 108 sq ft @ 3″ deep
  • 81 sq ft @ 4″ deep
  • 65 sq ft @ 5″ deep
  • 54 sq ft @ 6″ deep

• 1″ to 2″ recommended for remulching
• 3″ recommended for new beds
• 2″ minimum for proper coverage on the #1a–#2 size stone
• 3″ minimum for proper coverage on #3 size stone
• 4″ minimum for proper coverage with Tailings size stone

One Cubic Yard Equals:

  • 20 bushels (Two 5-gallon pails per bushel)
  • 2700 – 3000 lbs depending on the product
  • 27 cubic feet
  • 27 one cubic foot bags
  • 54 half cubic foot bags
  • 60 50 lb bags

Annulus Area

Annulus Diagram

Calculate volume for an annulus area

Using measurements in feet:

Outer Area = π × (Outer Diameter / 2)2
Inner Area = π × (Inner Diameter / 2)2
Area = Outer Area − Inner Area
Volume (ft³) = Depth × Area
Volume (yd³) = Volume (ft³) / 27

π = 3.14

The Circle Border and Annulus are the same, just measured differently.

Triangle Area

Triangle Diagram

Calculate volume for a triangle area

Using measurements in feet:

Area = (1/4) × √[(a + b + c)(b + c − a)(c + a − b)(a + b − c)]
Volume (ft³) = Depth × Area
Volume (yd³) = Volume (ft³) / 27

Trapezoid Area

Trapezoid Diagram

Calculate volume for a trapezoid area

Using measurements in feet:

Area = ((a + b) / 2) × h
Volume (ft³) = Depth × Area
Volume (yd³) = Volume (ft³) / 27