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GILSON INSIGHT

The Fresh Concrete Slump Test Set is a complete testing kit designed to measure the workability and consistency of freshly mixed concrete. Commonly used in construction sites and laboratories, this set includes a slump cone, tamping rod, base plate, funnel, scoop, brush, and measuring tape to perform accurate slump tests. Built with durable materials, the kit complies with ASTM C143 standards and helps ensure quality control during concrete placement and mixing.

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Picture of 3" Sieve, All Stainless, Full Height 5 - copy

3" Sieve, All Stainless, Full Height 5 - copy

$454.00
The 3" Sieve, All Stainless, Full Height, 3/8" is a high-quality laboratory test sieve designed for accurate particle size analysis and material separation. Constructed entirely from durable stainless steel, it features a 3-inch (76 mm) diameter frame with 3/8-inch (9.5 mm) mesh openings. The full-height frame provides added capacity and stability during sieving operations. Commonly used in laboratories, construction material testing, geology, and industrial quality control, this sieve meets ASTM E11 standards for reliable and repeatable testing results.
The 3" Sieve, All Stainless, Full Height, 3/8" is a high-quality laboratory test sieve designed for accurate particle size analysis and material separation. Constructed entirely from durable stainless steel, it features a 3-inch (76 mm) diameter frame with 3/8-inch (9.5 mm) mesh openings. The full-height frame provides added capacity and stability during sieving operations. Commonly used in laboratories, construction material testing, geology, and industrial quality control, this sieve meets ASTM E11 standards for reliable and repeatable testing results.
$454.00
View Details
Picture of 3" Sieve, All Stainless, Full Height 5 - copy - copy

3" Sieve, All Stainless, Full Height 5 - copy - copy

$454.00
The 3" Sieve, All Stainless, Full Height, 3/8" is a high-quality laboratory test sieve designed for accurate particle size analysis and material separation. Constructed entirely from durable stainless steel, it features a 3-inch (76 mm) diameter frame with 3/8-inch (9.5 mm) mesh openings. The full-height frame provides added capacity and stability during sieving operations. Commonly used in laboratories, construction material testing, geology, and industrial quality control, this sieve meets ASTM E11 standards for reliable and repeatable testing results.
The 3" Sieve, All Stainless, Full Height, 3/8" is a high-quality laboratory test sieve designed for accurate particle size analysis and material separation. Constructed entirely from durable stainless steel, it features a 3-inch (76 mm) diameter frame with 3/8-inch (9.5 mm) mesh openings. The full-height frame provides added capacity and stability during sieving operations. Commonly used in laboratories, construction material testing, geology, and industrial quality control, this sieve meets ASTM E11 standards for reliable and repeatable testing results.
$454.00
View Details
Picture of 3" Sieve, All Stainless, Full Height 5 - copy - copy - copy

3" Sieve, All Stainless, Full Height 5 - copy - copy - copy

$454.00
The 3" Sieve, All Stainless, Full Height, 3/8" is a high-quality laboratory test sieve designed for accurate particle size analysis and material separation. Constructed entirely from durable stainless steel, it features a 3-inch (76 mm) diameter frame with 3/8-inch (9.5 mm) mesh openings. The full-height frame provides added capacity and stability during sieving operations. Commonly used in laboratories, construction material testing, geology, and industrial quality control, this sieve meets ASTM E11 standards for reliable and repeatable testing results.
The 3" Sieve, All Stainless, Full Height, 3/8" is a high-quality laboratory test sieve designed for accurate particle size analysis and material separation. Constructed entirely from durable stainless steel, it features a 3-inch (76 mm) diameter frame with 3/8-inch (9.5 mm) mesh openings. The full-height frame provides added capacity and stability during sieving operations. Commonly used in laboratories, construction material testing, geology, and industrial quality control, this sieve meets ASTM E11 standards for reliable and repeatable testing results.
$454.00
View Details
Picture of 3" Sieve, All Stainless, Full Height 6

3" Sieve, All Stainless, Full Height 6

$547.00
The 3" Sieve, All Stainless, Full Height, 3/8" is a high-quality laboratory test sieve designed for accurate particle size analysis and material separation. Constructed entirely from durable stainless steel, it features a 3-inch (76 mm) diameter frame with 3/8-inch (9.5 mm) mesh openings. The full-height frame provides added capacity and stability during sieving operations. Commonly used in laboratories, construction material testing, geology, and industrial quality control, this sieve meets ASTM E11 standards for reliable and repeatable testing results.
The 3" Sieve, All Stainless, Full Height, 3/8" is a high-quality laboratory test sieve designed for accurate particle size analysis and material separation. Constructed entirely from durable stainless steel, it features a 3-inch (76 mm) diameter frame with 3/8-inch (9.5 mm) mesh openings. The full-height frame provides added capacity and stability during sieving operations. Commonly used in laboratories, construction material testing, geology, and industrial quality control, this sieve meets ASTM E11 standards for reliable and repeatable testing results.
$547.00
View Details
Picture of 3" Sieve, All Stainless, Full Height 6 - copy

3" Sieve, All Stainless, Full Height 6 - copy

$547.00
The 3" Sieve, All Stainless, Full Height, 3/8" is a high-quality laboratory test sieve designed for accurate particle size analysis and material separation. Constructed entirely from durable stainless steel, it features a 3-inch (76 mm) diameter frame with 3/8-inch (9.5 mm) mesh openings. The full-height frame provides added capacity and stability during sieving operations. Commonly used in laboratories, construction material testing, geology, and industrial quality control, this sieve meets ASTM E11 standards for reliable and repeatable testing results.
The 3" Sieve, All Stainless, Full Height, 3/8" is a high-quality laboratory test sieve designed for accurate particle size analysis and material separation. Constructed entirely from durable stainless steel, it features a 3-inch (76 mm) diameter frame with 3/8-inch (9.5 mm) mesh openings. The full-height frame provides added capacity and stability during sieving operations. Commonly used in laboratories, construction material testing, geology, and industrial quality control, this sieve meets ASTM E11 standards for reliable and repeatable testing results.
$547.00
View Details
Picture of 3" Sieve, All Stainless, Full Height 7

3" Sieve, All Stainless, Full Height 7

$789.00
The 3" Sieve, All Stainless, Full Height, 3/8" is a high-quality laboratory test sieve designed for accurate particle size analysis and material separation. Constructed entirely from durable stainless steel, it features a 3-inch (76 mm) diameter frame with 3/8-inch (9.5 mm) mesh openings. The full-height frame provides added capacity and stability during sieving operations. Commonly used in laboratories, construction material testing, geology, and industrial quality control, this sieve meets ASTM E11 standards for reliable and repeatable testing results.
The 3" Sieve, All Stainless, Full Height, 3/8" is a high-quality laboratory test sieve designed for accurate particle size analysis and material separation. Constructed entirely from durable stainless steel, it features a 3-inch (76 mm) diameter frame with 3/8-inch (9.5 mm) mesh openings. The full-height frame provides added capacity and stability during sieving operations. Commonly used in laboratories, construction material testing, geology, and industrial quality control, this sieve meets ASTM E11 standards for reliable and repeatable testing results.
$789.00
View Details

CONCRETE TESTING EQUIPMENT

We provide a large selection of lab and field testing equipment for concrete testing. Concrete field testing equipment is used for testing fresh concrete and for the non-destructive testing of hardened concrete. Our concrete lab testing equipment includes a wide range of products for strength testing, curing, specimen preparation, sample molds, mixers, and measurement tools that comply with ASTM and AASHTO standards.

  • Fresh Concrete Testing equipment ensures concrete is delivered as specified for high-quality pavements and structures. Products include Type B and volumetric air meters, the Chace Air Indicator, J-Ring and L-Box tests for self-consolidating concrete, slump testing kits, and weight measures for determining unit weight.
  • Concrete Strength Testing equipment measures compressive and flexural strength to verify compliance with specifications. Equipment includes compression testing machines with various load capacities, cylinder capping pads, capping compound, melting pots, portable beam testers, and end preparation apparatus.
  • Cement Testing Equipment is designed to test cement, mortar, and grout for consistency, strength, set time, and shrinkage in accordance with ASTM and AASHTO standards. Popular products include Vicat apparatus, grout flow cones, Blaine air permeability apparatus, ASTM test sand, cube molds, and prism molds.
  • Concrete Curing equipment provides the optimum temperature and moisture conditions required for maximum strength development. Products include curing boxes, water tanks, moist room controls, fogging fans, and other solutions for specimen transport, storage, and monitoring.
  • Concrete Sample Molds include cylinder, beam, and cube molds for compressive and flexural strength testing. Available in plastic, cast iron, and zinc-plated steel, these molds meet ASTM and AASHTO requirements and are offered in a variety of standard specimen sizes.
  • Non-Destructive Testing equipment evaluates the strength, durability, and consistency of hardened concrete. Products include concrete test hammers, ground-penetrating radar (GPR) systems, reinforcing bar locators, corrosion testing instruments, and crack monitoring devices.
  • Core Drilling and Sawing equipment extracts hardened concrete samples for compressive strength, petrographic analysis, and chemical testing. Electric and gas-powered core drills, diamond coring bits, and masonry saws provide accurate sampling and specimen preparation.
  • Concrete Mixers prepare concrete, cement, asphalt, and grout mix designs for laboratory testing. Rugged benchtop, portable, stationary, and batch mixers are available to meet ASTM and AASHTO testing requirements.
  • Specimen Measurement instruments determine the length, diameter, and circumference of concrete test specimens. Equipment includes digital calipers and diameter measuring tapes available in both inch and metric units.
  • Related Concrete Testing Resources Learn more with our educational blogs covering CMT field lab setup, construction materials testing essentials, ASTM concrete testing guidance, certification requirements, concrete technician certifications, and other concrete testing topics.

Related Videos

Gilson Asphalt Content Furnace (HM-378)

Gilson Asphalt Content Furnace (HM-378)

The Gilson HM-378 Asphalt Content Furnace provides a simple and economical method for determining asphalt binder content in hot-mix asphalt (HMA) samples. In this video, see how the HM-378 Asphalt Content Furnace is used for asphalt content testing by heating HMA samples until the asphalt binder is burned away, leaving the aggregate for final weight determination and further testing. The manually operated system offers accurate asphalt content results and can process typical samples in approximately 30–45 minutes. The HM-378 is designed for asphalt testing laboratories performing binder content determination, asphalt mix design, and quality control testing. It meets ASTM D6307 and AASHTO T 308 requirements for asphalt content by ignition.

Gilson Asphalt Content Furnace (HM-378)

The Gilson HM-378 Asphalt Content Furnace provides a simple and economical method for determining asphalt binder content in hot-mix asphalt (HMA) samples. In this video, see how the HM-378 Asphalt Content Furnace is used for asphalt content testing by heating HMA samples until the asphalt binder is burned away, leaving the aggregate for final weight determination and further testing. The manually operated system offers accurate asphalt content results and can process typical samples in approximately 30–45 minutes. The HM-378 is designed for asphalt testing laboratories performing binder content determination, asphalt mix design, and quality control testing. It meets ASTM D6307 and AASHTO T 308 requirements for asphalt content by ignition.

Standard Test Method to Determine of Resistance to Degradation of Small Size Aggregate. (HM-70A)

Standard Test Method to Determine of Resistance to Degradation of Small Size Aggregate. (HM-70A)

The Gilson HM-70A Los Angeles Abrasion Machine is used to evaluate the toughness and abrasion resistance of coarse aggregate. This video demonstrates the Los Angeles (LA) Abrasion Test for determining the resistance of small-size coarse aggregate to degradation from abrasion and impact. During testing, an aggregate sample and hardened steel abrasive charge are rotated inside the machine’s steel drum, subjecting the material to repeated impact and abrasion. The resulting material loss is used to evaluate aggregate durability and quality. The HM-70A Los Angeles Abrasion Machine is designed for aggregate testing in construction materials laboratories and meets requirements for ASTM C131 and AASHTO T 96 testing.

Standard Test Method to Determine of Resistance to Degradation of Small Size Aggregate. (HM-70A)

The Gilson HM-70A Los Angeles Abrasion Machine is used to evaluate the toughness and abrasion resistance of coarse aggregate. This video demonstrates the Los Angeles (LA) Abrasion Test for determining the resistance of small-size coarse aggregate to degradation from abrasion and impact. During testing, an aggregate sample and hardened steel abrasive charge are rotated inside the machine’s steel drum, subjecting the material to repeated impact and abrasion. The resulting material loss is used to evaluate aggregate durability and quality. The HM-70A Los Angeles Abrasion Machine is designed for aggregate testing in construction materials laboratories and meets requirements for ASTM C131 and AASHTO T 96 testing.

Gilson Concrete Air Meter with Digital Gauge Cannister Method CALIBRATION (HM-30D)

Gilson Concrete Air Meter with Digital Gauge Cannister Method CALIBRATION (HM-30D)

Proper calibration helps ensure accurate and reliable concrete air content testing. This video demonstrates the canister method for calibrating the Gilson HM-30D Concrete Air Meter with Digital Gauge. The HM-30D is a Type B pressure air meter used to determine the air content of fresh concrete. Follow along with the calibration procedure to verify the digital gauge and prepare the air meter for accurate concrete testing in the laboratory or field. The Gilson HM-30D features a digital pressure gauge with a backlit display for clear, easy-to-read air content measurements.

Gilson Concrete Air Meter with Digital Gauge Cannister Method CALIBRATION (HM-30D)

Proper calibration helps ensure accurate and reliable concrete air content testing. This video demonstrates the canister method for calibrating the Gilson HM-30D Concrete Air Meter with Digital Gauge. The HM-30D is a Type B pressure air meter used to determine the air content of fresh concrete. Follow along with the calibration procedure to verify the digital gauge and prepare the air meter for accurate concrete testing in the laboratory or field. The Gilson HM-30D features a digital pressure gauge with a backlit display for clear, easy-to-read air content measurements.

How to Evaluate the Workability of Slip Form Concrete Paving with the Box Test (HM-592)

How to Evaluate the Workability of Slip Form Concrete Paving with the Box Test (HM-592)

The Concrete Box Test provides a quick method for evaluating the workability of slip-form concrete used in paving applications. In this video, learn how to perform the Box Test to determine whether a concrete paving mixture can properly consolidate under vibration while maintaining enough stability to hold its shape after the form is removed. The finished specimen is evaluated for edge slumping and surface voids, helping identify potential problems with concrete mixture proportions and consolidation. The Gilson HM-592 Slip Form Concrete Box Test Device provides a simple, portable setup for evaluating fresh concrete mixtures used in slip-form paving applications.

How to Evaluate the Workability of Slip Form Concrete Paving with the Box Test (HM-592)

The Concrete Box Test provides a quick method for evaluating the workability of slip-form concrete used in paving applications. In this video, learn how to perform the Box Test to determine whether a concrete paving mixture can properly consolidate under vibration while maintaining enough stability to hold its shape after the form is removed. The finished specimen is evaluated for edge slumping and surface voids, helping identify potential problems with concrete mixture proportions and consolidation. The Gilson HM-592 Slip Form Concrete Box Test Device provides a simple, portable setup for evaluating fresh concrete mixtures used in slip-form paving applications.

Gilson Los Angeles Abrasion Machine (HM-70A)

Gilson Los Angeles Abrasion Machine (HM-70A)

The Gilson HM-70A Los Angeles Abrasion Machine is designed to evaluate the abrasion resistance, toughness, and durability of mineral aggregates. In this video, explore the features and operation of the HM-70A and see how the machine subjects aggregate samples to repeated abrasion, impact, and grinding inside a rotating steel drum. The resulting percentage of material loss provides an indication of aggregate quality and resistance to degradation. The HM-70A features an enclosed design, electronic safety interlocks, a programmable revolution counter, and a powerful drive system for reliable Los Angeles Abrasion testing. It is designed for aggregate testing applications in construction materials laboratories.

Gilson Los Angeles Abrasion Machine (HM-70A)

The Gilson HM-70A Los Angeles Abrasion Machine is designed to evaluate the abrasion resistance, toughness, and durability of mineral aggregates. In this video, explore the features and operation of the HM-70A and see how the machine subjects aggregate samples to repeated abrasion, impact, and grinding inside a rotating steel drum. The resulting percentage of material loss provides an indication of aggregate quality and resistance to degradation. The HM-70A features an enclosed design, electronic safety interlocks, a programmable revolution counter, and a powerful drive system for reliable Los Angeles Abrasion testing. It is designed for aggregate testing applications in construction materials laboratories.

Gilson Slip Form Concrete Box Test Device (HM-592)

Gilson Slip Form Concrete Box Test Device (HM-592)

The Gilson HM-592 Concrete Box Test Device provides a quick and accurate method for evaluating the workability of slip-form concrete used in paving applications. In this video, explore how the HM-592 is used to determine whether a fresh concrete mixture can adequately consolidate under vibration while maintaining enough stability to hold its shape after placement. After consolidation, the concrete specimen is evaluated for edge slumping and surface voids, helping identify potential issues with mix consistency and workability. The lightweight, durable HM-592 features an interlocking box form with secure draw latches for easy setup and field or laboratory use. It is designed for evaluating concrete mixtures used in slip-form paving applications.

Gilson Slip Form Concrete Box Test Device (HM-592)

The Gilson HM-592 Concrete Box Test Device provides a quick and accurate method for evaluating the workability of slip-form concrete used in paving applications. In this video, explore how the HM-592 is used to determine whether a fresh concrete mixture can adequately consolidate under vibration while maintaining enough stability to hold its shape after placement. After consolidation, the concrete specimen is evaluated for edge slumping and surface voids, helping identify potential issues with mix consistency and workability. The lightweight, durable HM-592 features an interlocking box form with secure draw latches for easy setup and field or laboratory use. It is designed for evaluating concrete mixtures used in slip-form paving applications.

Gilson Concrete Phoenix System (CT-1)

Gilson Concrete Phoenix System (CT-1)

The Gilson CT-1 Concrete Phoenix System provides a fast and accurate method for determining the water-to-cementitious material ratio (w/cm) of fresh concrete. In this video, explore how the Concrete Phoenix System measures water content by rapidly evaporating moisture from a fresh concrete sample. Sample weights and testing data are entered into the Phoenix App, which automatically calculates and records the water-cement ratio. The CT-1 can determine w/cm in approximately 15 minutes with an accuracy of ±0.01, helping concrete professionals evaluate mix quality, strength, workability, permeability, and durability before placement. The complete system is designed for concrete testing and quality control applications in both the laboratory and field.

Gilson Concrete Phoenix System (CT-1)

The Gilson CT-1 Concrete Phoenix System provides a fast and accurate method for determining the water-to-cementitious material ratio (w/cm) of fresh concrete. In this video, explore how the Concrete Phoenix System measures water content by rapidly evaporating moisture from a fresh concrete sample. Sample weights and testing data are entered into the Phoenix App, which automatically calculates and records the water-cement ratio. The CT-1 can determine w/cm in approximately 15 minutes with an accuracy of ±0.01, helping concrete professionals evaluate mix quality, strength, workability, permeability, and durability before placement. The complete system is designed for concrete testing and quality control applications in both the laboratory and field.

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