Concrete Testing Equipments

The Concrete Testing Equipments are offered by us that are used for testing characteristics of cement, mortar, and grout testing for final mix batches of concrete and masonry products. Concrete testing occurs in the field and the lab. Field testing happens during the pouring process at the construction site. The Accelerated Curing Tank is constructed to perform hot water curing of concrete sample to speed up curing, and therefore strength development. The accelerated curing test is a method of curing concrete specimens to attain its yield strength quickly. Concrete Testing Equipments are very efficient.

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Curing Tank

Price: 50000 INR /Piece

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Product Details:

Features Accuracy, Durable, Quality Tested, Stable Performance
Interface Type Semi-Automatic
Material Mild Steel
Minimum Order Quantity 01
Operate Method Electric
Price 50000 INR
Product Type Accelerated Curing Tank
Unit of Measure Piece/Pieces
Unit of Price Piece/Pieces
Usage Industrial
Voltage 220 /440 Volt (v)

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Langry Concrete Rebound Hammer

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Product Details:

Equipment Type Concrete Rebound Hammer
Accuracy 1 MPa
Application Testing surface hardness and compressive strength of concrete
Automation Grade Manual
Capacity Spring mechanism 2.207J
Control Mode Manual
Display Type Analog scale
Features Lightweight, portable, easy-to-use, durable construction
Frequency Manual (per impact)
Hardness Measures rebound value of concrete surface
Humidity 95% RH (non-condensing)
Machine Weight Approximately 1.2 kg
Measuring Range 10 to 70 MPa
Mounting Type Handheld
Number of Specimens As per test requirement
Power Supply Not required (mechanical/analog operation)
Resolution 1 MPa
Response Time Instant
Specimen Size Minimum 150 mm 150 mm 150 mm cube
Temperature -10C to 50C
Test Range 10 to 70 MPa
Test Speed Manual operation
Usage Onsite non-destructive testing of concrete strength

Experience a brilliant, peerless testing solution with the Langry Concrete Rebound Hammer-a limited time promotion ideal for those seeking uncommon precision. Engineered for excellence, it delivers an impact energy of 2.207 Joules and an impressive service life exceeding 20,000 impacts. Crafted with durable aluminum alloy and steel, this analog hammer features factory calibration, a robust manual mechanism, and instant response display. Order today to receive a complete kit, including a carrying case and calibration certificate for unmatched accuracy and convenience on every concrete strength assessment.

Competitive Advantages and Applications

The Langry Concrete Rebound Hammer stands out for its accuracy (1 MPa), robust build, and portability, making it the go-to choice for testing concrete's surface hardness and compressive strength. Commonly used by engineers, quality inspectors, and construction professionals, it excels in onsite non-destructive testing. Its analog scale and field adjustability provide reliable results in various environments, enhancing operational efficiency in civil engineering, infrastructure, and construction projects across India.

Sample, Packaging, and Certifications

Langry Concrete Rebound Hammer samples are available to interested buyers, supporting evaluation before purchase. Each unit is securely packaged with a carrying case, abrasive stone, calibration certificate, and user manual for safe goods transport throughout the domestic market. The product meets stringent accuracy standards and comes certified for quality assurance, ensuring reliable operation. With dedicated support for India's trading and supplier network, logistics and delivery are streamlined to offer a smooth transaction and setup experience.

FAQ's of Langry Concrete Rebound Hammer:

Q: How does the Langry Concrete Rebound Hammer measure concrete strength?

A: The hammer uses a mechanical impact to measure the rebound value of the concrete's surface, which directly correlates with compressive strength. The results are displayed instantly on its analog scale.

Q: What are the main benefits of using this rebound hammer?

A: Key benefits include its lightweight and portable design, factory and field calibration, durable aluminum and steel construction, and non-destructive testing capability, making it suitable for onsite concrete assessments.

Q: Where can I use the Langry Concrete Rebound Hammer?

A: It is ideal for onsite testing in construction sites, infrastructure projects, and quality inspection tasks where concrete hardness and compressive strength need verification.

Q: What packaging and accessories are included with the order?

A: Every unit comes with a protective carrying case, abrasive stone, calibration certificate, and a detailed user manual to ensure safe packaging and ease of use.

Q: Is a sample available before confirming a bulk order?

A: Yes, samples can be provided for testing and evaluation prior to bulk orders, allowing customers to verify performance and suitability for their specific requirements.

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Compaction Factor Apparatus

Price: 14500 INR /Piece

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Product Details:

Capacity 100 Kg
Color blue
Machine Weight 20 kg Kilograms (kg)
Material ss
Minimum Order Quantity 01
Price 14500 INR
Unit of Measure Piece/Pieces
Unit of Price Piece/Pieces
Usage Cement Plant

The compaction factor apparatus is a device used to assess the workability of fresh concrete, particularly for mixes with low workability where the slump test might not be reliable. It consists of a rigid frame holding two conical hoppers and a cylinder. The test involves allowing concrete to pass through the hoppers into the cylinder and then measuring the weight of the concrete after partial and full compaction to determine the compaction factor.

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Compression Testing Machine - Electrically Operate

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Product Details:

Equipment Type Compression Testing Machine
Accuracy 1% of indicated load
Application Testing compressive strength of concrete cubes and cylinders
Automation Grade Semi-automatic
Capacity 2000 kN
Control Mode Electrical (Motorized)
Display Type Digital Display (LED/Backlit)
Features Overload protection, Safety enclosure, Calibration certificate included
Frequency 50 Hz
Hardness Machine body: 40-45 HRC
Humidity 85% RH (non-condensing)
Interface Type Push-Button Control
Machine Weight Approx. 450 kg
Max Height 400 mm (max. vertical clearance)
Measuring Range 0-2000 kN
Mounting Type Floor Mounted
Number of Specimens 1 per test cycle
Operating Voltage 220-240V AC
Port Size Standard BSP 1/2
Power Supply 220-240V AC, 50 Hz
Resolution 0.1 kN
Response Time < 1 sec
Specimen Size 150 mm x 150 mm x 150 mm (as per IS:516)
Temperature 10C to 40C
Test Range 0-2000 kN
Test Speed 1-5 mm/min (adjustable)
Test Stroke 0-50 mm
Test Width 150 mm
Usage For laboratory use in civil engineering and construction

Grab Yours now-the hot-selling Compression Testing Machine, electrically operated and recognized as a laureate in modern civil engineering. This redoubtable, heavy-duty welded steel frame device ensures exceptional accuracy, with a measuring range of 0-2000 kN and 1% precision. Boasting a high precision hydraulic system, anti-corrosive powder coating, and factory calibration, it's engineered for robust performance. Convenient manual/digital data recording and comprehensive safety features make it indispensable. Order today and experience unparalleled excellence in concrete cube and cylinder strength testing.

Versatile Applications & Enhanced Features

The Compression Testing Machine is not only essential for civil engineering laboratories but also supports research, quality control, and routine inspections in construction sites. Useful for testing the compressive strength of concrete cubes and cylinders, it offers additional features such as selectable data recording options and accessory upgrades including digital printer and computer interface. Its advanced hydraulic system and precise control mechanisms widen its scope for academic, industrial, and infrastructure-related usages.

Packaging, Supply Capability & Export Markets

Delivered with meticulous packaging to ensure safety and integrity, each Compression Testing Machine is handed over with a complete calibration certificate and documentation. Our supply capability caters to bulk and individual orders, ensuring a smooth outlay from factory to site. We export primarily to markets across Asia, Africa, and the Middle East, providing clients worldwide with reliable, high-performance solutions for construction and materials testing.

FAQ's of Compression Testing Machine - Electrically Operate:

Q: How does the Compression Testing Machine ensure accurate measurement of compression strength?

A: The machine utilizes a factory-calibrated, high precision hydraulic system with digital display, providing 1% accuracy of the indicated load and a resolution of 0.1 kN. Each unit comes with a calibration certificate for verified reliability.

Q: What safety measures are incorporated in the design of this machine?

A: Safety features include an emergency stop, safety interlock, overload protection, and an enclosed testing area, ensuring operator protection during all phases of testing.

Q: When should calibration be performed on the Compression Testing Machine?

A: The machine is factory calibrated and supplied with a certificate. Periodic calibration is advised based on your laboratory schedules to maintain optimal precision, especially before critical testing projects.

Q: Where can this Compression Testing Machine be used effectively?

A: It is best suited for indoor laboratory environments in civil engineering and construction sectors, free from vibration, within a temperature range of 10C to 40C and humidity 85% RH.

Q: What are the data recording options available with this machine?

A: Users can opt for either manual or digital data recording. Optional accessories such as a printer and computer interface are available for advanced record keeping.

Q: How does the machine benefit quality control and research applications?

A: Its exceptional accuracy, adjustable speed, and compliance with IS:516 standards allow detailed analysis and validation, making it ideal for research, routine quality control, and structural evaluation.

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Compression Testing Machine - Hand Operated Channel

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Product Details:

Equipment Type Compression Testing Machine - Hand Operated Channel
Accuracy 1% of indicated value
Application Compression strength testing of cubes and cylinders
Automation Grade Manual
Capacity 1000 kN (as per model)
Control Mode Hand Operated
Display Type Dial gauge
Features Sturdy channel frame, calibrated dial gauge, manual operation, easy specimen loading
Hardness Machine frame made from hardened steel
Humidity Ambient, non-controlled
Interface Type Mechanical, manual interface
Machine Weight Approx. 350 kg
Max Height Approx. 800 mm
Measuring Range 0 - 1000 kN
Mounting Type Floor mounted
Number of Specimens Single specimen per test
Operating Voltage Not applicable (hand operated)
Power Supply Manual Operation (No external power required)
Resolution 1 kN
Response Time Instantaneous manual display
Specimen Size 150 mm x 150 mm x 150 mm or 100 mm x 100 mm x 100 mm
Temperature Room Temperature (10C - 40C)
Test Range Up to 1000 kN (subject to model)
Test Speed Variable, manual control
Test Stroke Up to 50 mm
Test Width 150 mm
Usage Laboratory and field testing of concrete specimens

Elevate your testing standards with the Elite Compression Testing Machine - Hand Operated Channel, designed for enviable precision and robust performance. Crafted with a splendiferous heavy-duty steel channel frame, it offers remarkable durability and corrosion resistance. The exquisite manual lever operation ensures flexibility, while the powder-coated finish guarantees longevity. Add to Cart now to experience efficient calibration, variable test speeds, and instantaneous dial gauge display. Shop Now for unrivaled accuracy, overload protection, and easy specimen loading - the elite choice for concrete strength testing in laboratories and on-site.

Compression Testing Machine Advantage & Usage

This hand-operated channel machine delivers controlled, variable-speed compression testing for concrete cubes and cylinders. Its primary competitive advantage is a robust hardened steel frame with a reliable manual lever system, enabling precise, repeatable results with 1% accuracy. Ideal for laboratories and field use, the machine comes with a calibration certificate and overload protection, ensuring safety and dependability for compressive strength assessment. Its versatile specimen loading mechanism enhances efficiency for single specimen tests.

Main Export Markets & Delivery Process

Our Compression Testing Machine - Hand Operated Channel is widely exported across Asia, Africa, and the Middle East. Domestic orders in India are serviced with efficient order processing, prompt dispatching, and reliable transport services. Typical delivery time is within 2 to 3 weeks from confirmed order. We cater primarily to laboratory equipment suppliers and traders in the main domestic markets, focusing on safe wooden crate packing and on-site setup assistance for hassle-free installation.

FAQ's of Compression Testing Machine - Hand Operated Channel:

Q: How does the manual lever operation benefit users during compression tests?

A: The manual lever mechanism allows users to have complete control over test speed and pressure application, enabling precise results and easy handling for single specimen testing.

Q: What is the process for setting up the Compression Testing Machine?

A: Installation requires a flat, stable floor area. On-site setup assistance and maintenance support are available to ensure correct assembly and operational readiness for laboratory or field use.

Q: Where can the Compression Testing Machine be used effectively?

A: The machine is suitable for laboratory and field testing environments, particularly for concrete specimens such as cubes and cylinders, due to its robust design and portable, manual operation.

Q: What safety features are included in the machine's design?

A: Overload protection and a safety valve ensure user and equipment safety during testing by preventing excessive force application beyond the machine's rated capacity.

Q: How is calibration and measurement accuracy guaranteed?

A: Each machine is supplied with a calibration certificate, ensuring 1% accuracy of indicated value and reliable results verified through a calibrated dial gauge interface.

Q: When is the optimal time to order for export delivery?

A: For international shipments, placing orders at least 3 weeks before required delivery ensures proper processing, packing, and dispatching within our standard timelines.

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Compression Testing Machine - Hand Operated Pillar type

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Product Details:

Equipment Type Compression Testing Machine - Hand Operated Pillar Type
Accuracy 1% of indicated load
Application Cement, concrete, bricks, tiles, and other materials compressive strength testing
Automation Grade Manual
Capacity 1000 kN (standard options: 100 kN/200 kN/500 kN/1000 kN)
Control Mode Hand operated mechanical
Display Type Analog dial gauge
Features Pillar type sturdy construction, hand wheel operation, analog dial indication, overload protection
Frequency N/A (manual operation)
Gas Pressure N/A (not applicable)
Hardness Robust hardened steel platens
Humidity Up to 85% RH (non-condensing)
Interface Type Manual adjustment and reading
Machine Weight Approx. 250 kg
Max Height Approx. 1100 mm
Measuring Range 0-1000 kN
Mounting Type Floor standing
Number of Specimens 1 at a time
Operating Voltage N/A (manual operation)
Port Size N/A (no ports required)
Power Supply Not required (manual operation)
Resolution 0.1 kN
Response Time Immediate (manual reading)
Specimen Size Up to 150 mm cubes or cylinders up to 300 mm height
Temperature 5C to 40C operating range
Test Range 0-1000 kN (depending on model)
Test Speed Manual (Hand operated)
Test Stroke Up to 200 mm
Test Width 150 mm (approx)
Usage Laboratory/field testing

Specification

Country of Origin	Made in India
Power	Hydraulic
Material	M.S.
Grade	NA
Automation Grade	Manual
Motor Power	HAND OPERATED
Voltage	NA
Capacity	1000 Kn
Packaging Type	Wooden
Model Name/Number	FOUR PILLAR TYPE

Durable Pillar-Type Design

The machine's pillar-type construction uses heavy-duty MS fabrication, ensuring outstanding stability and longevity under demanding test conditions. The anti-corrosive enamel finish adds further protection, making the instrument suitable for both laboratory and field environments. Its floor-standing design and robust structure support consistent and accurate compressive strength measurements for a variety of materials.

Versatile Testing Capability

Specifically designed for manual operation, the equipment tests compressive strength on cement, concrete, bricks, and tiles. The machine accepts specimen sizes up to 150 mm cubes or 300 mm cylinders, providing a test width of 150 mm. Its flexibility caters to a range of civil engineering applications while maintaining high accuracy (1%) and immediate response time with an analog dial gauge display.

Reliable Manual Operation

No external power is required to operate this compression testing machine. Manual load application via a screw-driven mechanism and hand wheel allows precise control during tests. Hydraulic pressure application and overload safety features ensure user safety and protect the machine during heavy-duty or prolonged usage. Accessible parts simplify routine maintenance, guaranteeing longevity and optimal performance.

FAQ's of Compression Testing Machine - Hand Operated Pillar type:

Q: How does the hand-operated compression testing machine apply load during testing?

A: The machine uses a manual screw-driven mechanism operated with a hand wheel to precisely apply compressive load. Hydraulic force is generated and measured by an analog pressure gauge, enabling accurate, controlled testing without needing electricity.

Q: What types and sizes of specimens can be tested with this machine?

A: The equipment is suitable for testing cement, concrete, bricks, tiles, and similar materials. It accommodates specimens up to 150 mm cubes or cylinders with heights up to 300 mm, following standard testing guidelines.

Q: Where is this compression testing machine ideally used?

A: This machine finds utility both in laboratories and onsite field settings, offering flexibility for material strength testing across construction projects, research facilities, and quality control laboratories.

Q: When should maintenance be performed on the machine and what does it involve?

A: Routine maintenance ensures optimal performance. Accessible parts allow for easy cleaning, lubrication, and inspection. It's advisable to conduct maintenance after frequent use and before intense testing schedules, especially on hydraulic and mechanical components.

Q: What safety features are provided during operation?

A: The machine includes an overload safety valve to protect both the user and equipment from excessive loading. The sturdy pillar construction and anti-corrosive finish further enhance operational safety and machine durability.

Q: What are the benefits of choosing a hand-operated model over automatic alternatives?

A: The manual operation allows use without electricity, offering greater portability and cost efficiency. Immediate analog gauge response and manual control provide real-time feedback and flexibility for various testing environments.

Q: How does compliance with IS 516, BS 1881, and ASTM C39 standards benefit the user?

A: Adhering to these internationally recognized standards ensures reliable, repeatable test results and supports acceptance in formal reporting for engineering and quality assurance purposes.

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