Triaxial Test Apparatus

Name: Triaxial Test Apparatus
Brand: YESHA LAB EQUIPMENTS
Price: 35000 INR
Availability: InStock

Price 35000 INR/ Piece

Get a Price/Quote

MOQ : 1 , , Piece

Triaxial Test Apparatus Specification

Material
Metal

Application
Soil strength and stability testing

Product Type
Survey Instrument

Power Supply
240 to 440 V

Material
MS

Equipment Type
Triaxial Test Apparatus

Drainage System
Integrated

Platen Material
Corrosion Resistant

Proving Ring Capacity
Standard

Deformation Dial Gauge
Included

Test Type
UU/CU/CD

Sample Cell Type
Transparent Acrylic

Finished
Coated

Fixture Adjustment
Manual

Sample Preparation Tool
Included

Color
Blue

Pore Pressure Measurement
Available

Load Frame Type
Floor Standing

Triaxial Test Apparatus Trade Information

Minimum Order Quantity
1 , , Piece

Supply Ability
10 Pieces Per Month

Delivery Time
1-2 Days

About Triaxial Test Apparatus

Take advantage of our outstanding promotion on the celebrated Triaxial Test Apparatus. Designed for soil strength and stability testing, this apparatus features a robust metal construction with a coated blue finish and advanced corrosion-resistant platens. The transparent acrylic cell, manual fixture adjustment, and integrated drainage system ensure potent precision during UU, CU, and CD tests. Redeem exclusive advance purchase offers with every order, and benefit from exceptional sample preparation tools. Suitable for floor standing setups, this apparatus comes complete with standard proving ring capacity, deformation dial gauge, and operates on a 240 to 440 V power supply-ideal for traders across India.

Ideal Applications and Versatile Usage

The Triaxial Test Apparatus is suitable for laboratory and field environments engaged in soil strength assessment. Designed for use on clean, stable surfaces, it supports advanced geotechnical research and construction-quality control. Its potent capabilities allow for the testing of undisturbed, consolidated, and drained samples, making it a celebrated choice for civil engineers and soil scientists focused on informed decision-making and project reliability.

Packaging Protocols, List Price, and Order Information

Every apparatus is securely packaged to ensure safe delivery. Our FOB port is located in India, providing efficient logistics for national and international orders. Upon sample request, we provide all necessary documentation for evaluation prior to order completion. Contact us for the latest list price or the current asking price, and experience seamless ordering and fulfillment with comprehensive customer support.

FAQ's of Triaxial Test Apparatus:

Q: How does the Triaxial Test Apparatus measure soil stability and strength?

A: The Triaxial Test Apparatus evaluates soil stability and strength by applying controlled pressure to a soil sample within a transparent acrylic cell, using manual fixture adjustment and standard proving ring for precise load measurement. It records deformation and pore pressure, providing comprehensive data on soil behavior under various load scenarios.

Q: What is the process for ordering and redeeming promotions for this apparatus?

A: To order, contact our sales team and request details about current promotions and advance purchase offers. Once you choose your configuration, proceed to finalize the order and redeem any available promotional discounts. We ensure prompt processing and shipment upon completion.

Q: When can I expect to receive my sample and how do I assess it?

A: Samples are available upon request and are typically dispatched within a few business days. You will receive packaging details and all related documentation, enabling thorough assessment before making a full purchase decision.

Q: Where is the FOB port located for this equipment?

A: All shipments are processed through our primary FOB port in India, ensuring efficient handling for both domestic and international orders.

Q: What are the key benefits of using a triaxial apparatus with integrated pore pressure and deformation measurement?

A: The integrated pore pressure and deformation measurement features allow for more accurate, reliable data when evaluating soil properties. This leads to better predictions of soil performance, making the apparatus an outstanding tool for geotechnical research and construction quality assurance.

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