Description. The Sand Cone Density Apparatus consists of a one gallon plastic container and a 6 ½ in (16.5 cm) detachable metal cone with valve. The cone assembly is corrosion resistant. The Density Base Plate (ordered separately), also shown in the picture, provides a stable base for the Sand Cone.
The sand cone density test is an accepted and inexpensive method of determining the in-place density of soils. Effective in soils with particle sizes up to 2in (51mm), using test hole volumes of approximately 0.1ft³ (2.8L). HM-100 Sand Cone Density Apparatus (6-1/2in) is a 1gal (3.8L) threaded plastic jar with detachable metal double cone fitting. The cone is threaded on one end, flanged to 6-1/2in (165mm)
manufacturer of testing equipment for concrete, cement, mortar, bitumen, asphalt, soil, aggregates, rocks and steel Sand Cone Density Testing Apparatus. Detailed introduction. 1. Steel diameter: Φ100, Φ150, Φ200 2. Complete sets: pouring cylinder, calibration container and metal tray. STCT-2 Portable Dynamic Cone Penetrometer. STK-30
Dec 20, 2019· The bulk density of sand=Wa=(W1-W3-W2)/V Measurement of density in the field: The testing area should be leveled. Then a metal tray will be placed. The hole will be excavated in the center of the metal tray to the required depth. All the soil from the hole will be removed and weighted=W. The sand pouring equipment refilled to weight equals W1.
The sand cone density apparatus is comprised of base plate, funnel, cylinder, valve, the base plate can be made of plastic, iron, aluminum. The sand cone set is an easy used apparatus to test the soil density at field. Technical specifications. Cylinder volume: 4L .
The sand density cone apparatus is used to determine the in-situ density of fine graned compacted soil and verify the degree of compaction. The apparatus consists of: S234-05 Metal double cone assembly with valve, galvanized for rust protection. S234-06 Metal base with rimmed centre hole for cone housing, galvanized.
Sep 04, 2014· The cost of the sand cone test apparatus is also fairly low, making sand cone testing relatively inexpensive. The apparatus consists of a plastic container, a metal cone with a valve, and a high-density base plate. Its also relatively small and portable, making testing possible pretty much anywhere. The sand cone test has its fair share of
The sand cone density apparatus is comprised of base plate, funnel, cylinder, valve, the base plate can be made of plastic, iron, aluminum. The sand cone set is an easy used apparatus to test the soil density at field. Technical specifications. Cylinder volume: 4L .
The sand density cone apparatus is used to determine the in-situ density of fine graned compacted soil and verify the degree of compaction. The apparatus consists of: S234-05 Metal double cone assembly with valve, galvanized for rust protection; S234-06 Metal base with rimmed centre hole for cone housing, galvanized
The hole is then filled with dry sand from the cone container. General Description and Specifications: The apparatus consist of a double metal cone, one plastic 5 lts jar & a metal tray with centre hole. Size of the cone is 6 ½”. OPTIONAL: On request 12” (305 mm) Sand Density Cone Apparatus is also supplied at an extra cost
Educational Lab Equipment Tender Product Code:GEE-0026. Sand Density Cone Apparatus The Sand Density Cone and accessories are used for determination of the insitu (in-place) density of soils. The apparatus is restricted to tests in soils containing particles not larger than 2" (50.8 mm) in diameter.
The hole is then filled with dry sand from the cone container. The apparatus consist of a double metal cone, one plastic 5 lts jar & a metal tray with centre hole. Size of the cone is 6½” (165.1mm) Note:On request 12” (305 mm) Sand Density Cone Apparatus is also supplied at an extra cost.
Sand Density Cone Apparatus Code : NL 5015 X / 001 Standard : ASTM D1556, AASHTO T191, CNR No.22, NF P94-061-3 Product Specification / Description. The Sand Density Cone and accessories are used for determination of the in-situ (in-place) density of soils.
The H-4245 Sand Cone Apparatus determines the in-place density of soils having a maximum particle size of up to 2" (51mm) using test hole volumes of approximately 0.1ft3 (2.8L). The H-4249 4.5" Sand Cone Apparatus can be used when it is desired to collect a smaller sample or when gathering a sample is difficult due to extremely hard compacted soil.
Invert the sand cone apparatus over the density plate and open the valve to tilt the hole with sand. When the sand stops flowing, close the valve and remove the apparatus from the test hole. 7. Weigh the sand cone apparatus with remaining sand. 8. Collect as much of the sand from the hole as possible. 9.
The approximate bulk density of sand that is commonly used in normal-weight concrete is between 1520-1680 kg/m 3 (95-105 lb/ft 3) [1] Here, Standard test method for determining the bulk density of sand is given in ASTM C 29 (AASHTO T 19).
This Sand cone density apparatus is used to determine the density of fine grained soil, sandy soil, gravel soil at site by sand cone method, the max grain size can’t over than 15mm. the testing thickness is 150-200mm, it also can test the coarse grained soil density. The total set is comprised of sand tank, funnel, and bottom plate.
(b) Weigh the filled sand cone apparatus and place over the base plate with the cone down. A match mark on the cone of the apparatus and the base plate is required to ensure that the apparatus is placed on the base plate the same way every time. (c) Make sure there is no construction equipment
The Sand Density Cone provides a practical method of determining the in-place density of soil and related materials in base coarses, roadways, dams, embankments, levees and similar construction.The equipment consists of a double cone assembly and a bottle of sand container, sand cone
Rubber Balloon Density test shares some similarities with the sand cone method. Like the sand cone method, a test hole is excavated, and the soil is carefully collected and set aside. A balloon density apparatus is positioned over the hole, and instead of using sand to measure volume, the calibrated water vessel is pressurized, forcing a rubber