Water Contest And Dry Density Of Soil

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Water Contest And Dry Density Of Soil Specification

Diameter
Mould Diameter: 100 mm

Equipment Type
Water Content and Dry Density of Soil Apparatus

Pressure Range
Atmospheric

Temperature Range
Ambient to 110C (Drying Oven)

Application Media
Soil Sample

Protection
Corrosion Resistant Finish

Capacity
1000g soil sample (Typical)

Connectivity Type
Manual Operation

Resolution
0.1% Water Content

Measurement Range
020% Water Content

Material
Mild Steel / Brass / Glass

Power Supply
Not Required (Manual Operation)

Accuracy
1% of Reading

Display Type
Graduated Measuring Cylinder and Scale

Range
Up to 2 kg soil sample

Rammer Drop Height
310 mm

Standard Methods
IS 2720 (Part II & VII), ASTM D698

Components Included
Cylindrical Mould, Collar, Base Plate, Rammer, Moisture Containers, Spatula, Balance, Measuring Cylinder

Balance Type Compatibility
Electronic or Mechanical

Mould Volume
1000 ml

Test Types
Proctor Compaction and Water Content Tests

Rammer Weight
2.6 kg

Sample Preparation
Manual Mixing

Purpose
To determine optimum moisture content and dry density of soil

Water Contest And Dry Density Of Soil Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Water Contest And Dry Density Of Soil

Grab Yours Today: The Ultimate Water Content and Dry Density of Soil Apparatus, crafted to comply with the redoubtable standards of IS 2720 (Part II & VII) and ASTM D698. Order this exclusive and prime laboratory kit, featuring a corrosion-resistant cylindrical mould (1000 ml), robust 2.6 kg rammer, precise measuring cylinder, and premium spatula. Designed for Proctor Compaction and Water Content Tests, this apparatus delivers unmatched 1% accuracy without requiring any power supply-perfect for both mechanical and electronic balances. Suitable for up to 2 kg soil samples and supporting manual sample preparation, this redoubtable tool ensures reliable results for engineers and researchers across India.

Key Uses and Application of Water Content And Dry Density of Soil Apparatus

This apparatus is widely used for determining the prime moisture content and ultimate dry density of soil samples in construction, geotechnical, and civil engineering projects. Its redoubtable corrosion-resistant finish allows application on soil surfaces ranging from clay to granular soils. The prominent advantage is high-resolution measurement (to 0.1%) and ease of use with manual operation, ensuring efficiency in laboratories and field sites alike. Its robust design adds longevity and reliability to your soil analysis tasks.

Export Details: Pricing, FOB Port, and Payment Options

FOB Port options are available throughout major Indian coastal cities for this exclusive equipment. Payment terms can be discussed and estimated for customer convenience, including exchange through secure banking channels. Sale price is provided upon request and based on export quantity. The main export markets include Southeast Asia, Africa, and the Middle East. Detailed quotations and order support ensure a smooth process for international clients seeking reliable soil testing solutions.

FAQ's of Water Contest And Dry Density Of Soil:

Q: How does the Water Content and Dry Density of Soil Apparatus determine soil compaction?

A: The apparatus uses the Proctor Compaction Test method, where a known weight of soil is compacted in the cylindrical mould using a rammer. By measuring the achieved density and water content, it helps determine the optimal moisture level for maximum soil compaction.

Q: What standards does this apparatus adhere to for testing procedures?

A: This equipment follows recognized protocols like IS 2720 (Part II & VII) and ASTM D698, ensuring reliable and consistent results for both water content and dry density tests by using industry-standard testing methods.

Q: When should a Proctor Compaction Test be conducted on soil samples?

A: The Proctor Compaction Test should be performed before major construction activities, such as road building or foundation work, to establish the optimal moisture content and ensure stability of the soil layer.

Q: Where can this apparatus be used effectively?

A: It is effective both in laboratory settings and on field sites, thanks to its manual operation and portable design, allowing engineers and researchers to analyze soils directly from excavation or construction sites.

Q: What are the main components included in the apparatus set?

A: The set includes a cylindrical mould, extension collar, base plate, 2.6 kg rammer, moisture containers, spatula, balance, measuring cylinder, each built with corrosion-resistant materials for durability.

Q: How is the water content measured in this apparatus?

A: Water content is determined by drying a measured soil sample in moisture containers and calculating the weight difference, using the graduated measuring cylinder and balance for accurate readings within a 0.1% resolution.

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