Particle-size distribution
Sieve analysis assesses the distribution of coarser particle sizes. Hydrometer analysis may be used where the requested assessment includes finer fractions.
Sieve and hydrometer analysisSOIL TESTING · BORONIA, MELBOURNE
Understand the soil
you are working with.
Laboratory classification and index testing helps describe a soil’s particle-size, moisture and plasticity characteristics. Send your specification or test schedule so our Boronia team can confirm the appropriate tests and sample requirements.
CHARACTERISE THE MATERIAL
Results that describe
how a soil is classified.
Classification testing can help identify the distribution of particle sizes and the behaviour of a soil as its moisture condition changes. The relevant combination of tests depends on the material and the purpose of the assessment.
Provide your project specification whenever possible. We will confirm the requested methods, reporting requirements and whether the activities fall within the laboratory’s NATA-accredited scope.
AVAILABLE TESTING
Choose the tests required
by your project.
Atterberg limits
Liquid limit and plastic limit results are used to calculate plasticity index and describe the consistency characteristics of fine-grained soil.
Liquid limit, plastic limit and plasticity indexMoisture and shrinkage
Moisture content records the water present in the tested portion. Linear shrinkage measures dimensional change under the specified test conditions.
Moisture content and linear shrinkageAdditional index properties
Particle density, Emerson class number and percent dispersion may be requested to further characterise the material.
Confirm applicability with the laboratoryA CLEARER QUOTE
Send us the project
and sample details.
We will review the information and confirm testing, sample quantities, preparation, timing and deliverables before work begins.
Send a project enquiry ↗- Project requirementsProject reference, material purpose, specification, test schedule or relevant drawings.
- Sample informationSample references, material description, number of samples, source, location or depth where relevant.
- Reporting needsRequired reporting date and any requirement for NATA-accredited testing.
- Known hazardsAdvise us of known or suspected contamination or other material hazards before delivery.
COMMON QUESTIONS
Plan the right
classification programme.
Which classification tests should I request?
Use the tests listed in your project specification or test schedule. If the requirements are unclear, send the relevant documents and describe how the results will be used so the scope can be discussed.
Do all samples need hydrometer analysis?
Not necessarily. The required particle-size testing depends on the material and the project requirements. Confirm whether fine-particle analysis is required before testing begins.
How much sample should I send?
Sample quantities depend on the number and combination of tests, particle size and material condition. Contact the laboratory before dispatch so the quantity and packaging can be confirmed.
Will the testing be NATA-accredited?
Accreditation applies to specific activities. Tell us if accredited results are required so we can confirm the applicable scope. View the laboratory’s NATA listing ↗.