Products
HC-GY31 Concrete Rebar Nondestructive Tester
Concrete rebar detectors are primarily used to determine the location, distribution, and orientation of reinforcing steel in concrete structures, as well as to measure the concrete cover thickness and rebar diameter.
HC-GY62 Integrated Portable Nondestructive Rebar Scanner
The HC-GY62 integrated rebar scanner is a portable device.
HC-GY71S Portable Intelligent All-in-One Nondestructive Rebar Scanner
The HC-GY71S rebar scanner is a portable, intelligent nondestructive testing device used to assess the construction quality of reinforced concrete structures.
HC-GYS1 Rebar Scanner Calibration Blocks (Φ16 and Φ22 threaded rebar; Φ10 round steel)
The integrated rebar scanner calibration test block features an all‑in‑one structural design, ensuring long-term stability.
HC-GYS2 Rebar Scanner Calibration Test Block (Φ16 Rebar)
This simple test block for measuring rebar cover thickness features an adjustable spacing and is compatible with various rebar sizes.
HC-GYS3 Rebar Scanner Calibration Block (Φ16 Round Rebar)
It features a detachable coplanar support block design and is constructed entirely from non-magnetic materials.
HC-GYS4 Rebar Scanner Calibration Block (Φ20 Rebar)
The device features a detachable, pull-out design and is manufactured from non-magnetic materials using CNC machining, enabling it to simulate stirrups for realistic testing. Reinforcing bars can also be arranged in a crossed configuration to replicate the behavior of stirrups.
HC-GYS5 Rebar Scanner Calibration Block (Φ10 Rebar)
Prior to the commissioning of a new instrument, following major component maintenance or replacement, and whenever abnormal data are detected during testing, the rebar detector shall be calibrated using this calibration block to ensure the accuracy and reliability of its measurement results.
HC-HD91 Integrated Floor Thickness Gauge
The HC-HD91 integrated floor‑slab thickness gauge is primarily used to measure the thickness of concrete structures such as floor slabs, shear walls, beams, and columns, as well as non‑magnetic materials like wood and ceramics.
HC-LJ10 Integrated Wall Tie Tester
The HC-LJ10 wall tie strength tester is used to assess the strength of wall ties.
HC-MD60T High-Precision Rivet Pull-Out Testing Machine
It is suitable for testing the pull-out resistance of rivets used to secure thermal insulation materials in construction projects, the bond strength of wall insulation materials, and the bond strength of exterior wall facing tiles, various types of panels, coatings, and other materials.
HC-MG01 Wireless Anchor Pull-Out Tester
It is used to test the pull-out resistance of anchors, reinforcing steel, expansion bolts, and other anchoring components, as well as to measure their displacement, making it an indispensable testing instrument for evaluating anchoring construction and support engineering.
HC-RLT Rebar Cage Length Tester
Measure the length of each individual pile and the total pile length; determine the distribution of magnetic induction intensity within the borehole; and ascertain the length of the reinforcing cage in accordance with applicable codes and standards.
HC-S Series Intelligent Anchorage Pull-Out Tester
It is suitable for testing the anchorage capacity of various anchor bolts, rock bolts, reinforcing bars, embedded steel bars, expansion anchors, chemical anchors, rail spikes, and other anchoring components, and can also be used for on-site pull-out strength testing of anchorage devices in glass curtain walls.
HCTJ-10T Carbon Fiber Bond Strength Tester
A novel instrument designed to assess the tensile bond strength between carbon fiber sheets and concrete in civil engineering and structural applications. Tensile testing enables immediate acquisition of results, including bond strength values and failure modes.
HC-TW80 Wireless Concrete Temperature Monitor
The TW80 wireless concrete temperature monitor is widely used for temperature monitoring during the curing of large-volume concrete box girders in passenger-dedicated lines and high-speed railway projects; for temperature monitoring during the pouring of bridge decks and piers in highway and railway construction; for temperature monitoring during the placement of large-volume concrete pile caps and frame structures in high-rise buildings; and for temperature monitoring of large-volume concrete dam bodies in hydraulic engineering.
HC-U91 Concrete Ultrasonic Tester
This device employs ultrasonic and micro‑imaging technologies, making it suitable for detecting internal defects, crack depths, and crack widths in non‑metallic materials such as concrete, graphite, and nylon, as well as in their structural components. In addition, it utilizes the ultrasonic‑rebound combined method to assess concrete strength and evaluates the grouting compactness of the bottom joints in precast shear walls used in prefabricated construction.
HC-U92 Multifunctional Concrete Ultrasonic Tester
This equipment employs the sonic transmission method and ultrasonic testing technology to assess the integrity of pile foundations, while also enabling concrete strength measurement, detection of internal defects, and determination of crack width and depth in infrastructure projects and transportation applications such as highways, railways, bridges, and wharves.
HC-U93 Multi-channel Ultrasonic Pile Foundation Tester
The methods employed include ultrasonic transmission for pile integrity testing; integrity assessment of diaphragm walls; combined ultrasonic–rebound testing of concrete compressive strength; detection and localization of concrete defects; measurement of crack depth in concrete; and mechanical property testing of non-metallic materials such as geological formations, rock masses, and concrete.
HC-U96S Multi‑Function Ultrasonic Low‑Strain Pile Foundation Tester
The sonic transmission method for pile integrity testing
The HC‑VnS series miniature pull‑out testers are primarily used to assess the anchorage strength of various fasteners, including foundation bolts, reinforcing bars, and expansion anchors. Their test ranges have been precisely calibrated to fully comply with the new standards for pull‑out tests on Φ6 to Φ20 reinforcing bars, and they can also be employed to determine the anchorage strength of tie bars.
It is applicable to static load compression tests for pile foundations, soil foundations, rock foundations, and other types of foundations; static pull-out tests for anchor piles and anchor rods; and horizontal static load tests for foundation piles.
HT450-A Calibration Anvil for High-Strength Steel Rebound Hammer (4.5 J)
This anvil is an indispensable calibration tool for rebound hammers with a nominal kinetic energy of 4.5 J.
HT-A Concrete Carbonation Depth Tester
This device is used to determine the carbonation depth of concrete.
HT450-A High-Strength Concrete Rebound Hammer
This instrument is suitable for determining the compressive strength of high-strength concrete with strength grades ranging from C50 to C90 MPa, in compliance with relevant national and industry standards. It can be used to measure concrete strengths within the 50–100 MPa range.
ZBL-R620 Concrete Rebar Detector
Concrete Cover Thickness Tester
ZC1-5.5J Calibration Anvil for Rebound Hammer Used with High-Strength Steel
This anvil is an essential calibration tool for calibrating rebound hammers with a nominal kinetic energy of 5.5 J.
ZC1 Rebound Hammer Verification and Calibration Device
The rebound hammer calibrator and the rebound hammer spring‑force calibrator are specialized metrological verification devices developed in accordance with the national metrological verification procedure “Concrete Rebound Hammer” (JJG 817‑93).
ZC3-A New-Type Concrete Rebound Hammer
Complies with the industry standard JGJ/T 23-2011, “Technical Code for Testing Concrete Compressive Strength by the Rebound Method.”
ZC3-B Digital Display Concrete Rebound Hammer (Wireless Bluetooth Version)
It is used in construction engineering for nondestructive compressive strength testing of concrete structural members with strengths ranging from 10 to 60 MPa.
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