Our GT-507 model series has been manufacture in Stainless Steel 304 Frame and Mesh .

Globetrek SS Test Sieve – GT-507 can be manufacture in various Diameters like 4 Inches , 8 Inches , 12 Inches  to 18 Inches  and  Mesh sizes will be from 4.75 to 25 micron .

Globetrek GT-507 SS Test Sieves are being highly demanded by importers in USA , UK , Europe  , and suppliers in Africa  , Tanzania .

Available Frame Sizes : 4”, 8”, 12”, 18”, 24” Diameter are available with wire mesh & Perforated Mesh with Round and Square Holes .

Certification & Calibration : Calibration Certificate from NABL Accredited Laboratory will be provided at extra cost .

This GT-506 series has been manufacturer specially for the construction Industry and for the clients who prefers economical sieves .
Globetrek Test Sieve – GT-506  series has been manufacturer in various diameter range from 4 Inches , 8 Inches , 12 Inches  to 18 Inches  and  Mesh sizes will be from 4.75 to 25 micron .

Globetrek Test Sieve – GT-506 series is made from the spun brass and Stainless Steel 304 Mesh . One of the best feature of this sieve is that it is made without any joint in it . A clean rigid design of minimum weight and free from corners where the material could be lodged

These sieves are available in different Diameters , Heights , Mesh Sizes & Various International Quality Standards. These are mainly Useful for particle size analysis of soil , Chemical Powder , Cement , Aggregates etc . Sieving is commonly used for Gradation and Particle Size Determination .

Available Frame Sizes : 4”, 8”, 12”, 18”, 24” Diameter are available with wire mesh & Perforated Mesh with Round and Square Holes .

Certification & Calibration : Calibration Certificate from NABL Accredited Laboratory will be provided at extra cost .

Manufactured from premium-grade latex and silicon rubber, these membranes provide superior stretchability, seamless sealing, and long service life. They are available in various diameters and thicknesses to suit different specimen sizes and laboratory requirements. Ideal for civil engineering labs, research institutions, and professional testing facilities, the Latex Silicon Rubber Membrane plays a crucial role in maintaining sample integrity throughout the testing process.

Key Features

• High-quality latex and silicon rubber for superior flexibility

• Excellent stretchability and tear resistance

• Provides perfect sealing for triaxial soil specimens

• Available in multiple sizes and thicknesses

• Ensures accurate and reliable test results under high pressure

• Ideal for triaxial testing, soil mechanics labs & research applications

• Durable and long-lasting performance

With uniform particle size distribution and excellent purity, Standard Sand is ideal for laboratories conducting cement strength tests, mortar cube preparation, and research applications. It provides stable test conditions, enabling precise comparison of cement quality across different batches. Packaged in moisture-free bags to maintain purity, this sand is trusted by cement industries, quality control labs, educational institutions, and construction material testing facilities.

The consistent fineness, cleanliness, and grading of Standard Sand make it an essential material for achieving accurate and repeatable test results in cement and mortar evaluation.

Key Features

• Conforms to IS: 650 and other international testing standards

• Uniform particle size distribution for accurate cement testing

• High purity silica sand with excellent consistency

• Ideal for compressive strength and mortar mix testing

• Moisture-free, contamination-free packaging

• Ensures reliable and repeatable laboratory test results

• Widely used in cement plants, QC labs, and material testing labs

Built with a sturdy frame, high-quality tubes, valves, and graduated measuring cylinders, the Universal Permeability Apparatus ensures accurate water flow readings and stable test conditions. Its flexible setup allows testing of different soil permeability ranges, providing reliable and repeatable results for research labs, civil engineering institutions, and soil testing facilities.

This apparatus is widely used in geotechnical engineering, groundwater studies, embankment evaluation, and construction planning. It delivers dependable performance and supports essential decision-making in soil classification and hydraulic conductivity analysis.

Key Features

• Suitable for both constant head and falling head permeability tests

• Accurate determination of soil permeability for sand, silt & clay

• High-quality tubes, valves, and measuring cylinders for precise readings

• Sturdy and corrosion-resistant construction for long-term use

• Provides stable test conditions and repeatable results

• Easy to assemble, operate, and maintain

• Ideal for geotechnical labs, research, academic studies & construction testing

Designed as per IS and ASTM testing standards, the Shrinkage Limit Apparatus includes a porcelain evaporating dish, shrinkage dish, glass cup, graduated cylinder, and mercury or water replacement tools. With its durable construction and precision measurement components, it ensures consistent, repeatable, and reliable results in soil mechanics laboratories.

Ideal for geotechnical engineers, material testing labs, academic institutions, and construction quality control teams, this apparatus is essential for understanding soil shrinkage properties and predicting potential settlement or cracking in clay-rich soils.

Key Features

• Accurately determines shrinkage limit and volume change of cohesive soils

• Supplied with shrinkage dish, evaporating dish, glass cup & measurement accessories

• Conforms to international testing standards (IS/ASTM)

• Durable and corrosion-resistant components for long-term use

• Essential for soil classification and geotechnical analysis

• Ensures reliable and repeatable laboratory test results

• Easy to use, maintain, and handle

Built with a durable steel body and stable bench-mounting design, the soil lathe offers excellent control and uniform cutting performance. The adjustable cutting tool enables efficient trimming of cylindrical soil specimens, ensuring consistent diameter and perfect finish. Its simple, reliable mechanism makes sample preparation quick, safe, and user-friendly.

The Soil Lathe Bench Mounting is an essential tool for achieving high-quality samples that improve the accuracy and repeatability of geotechnical test results. It is ideal for laboratories involved in soil mechanics, construction material analysis, and academic research.

Key Features

• Designed for accurate trimming and shaping of soil specimens

• Bench-mounted design for stability and ease of use

• Durable metal construction for long service life

• Adjustable cutting tool for precise and smooth finishing

• Suitable for cylindrical soil samples used in triaxial & compression tests

• Ensures consistent sample size for reliable test results

• Easy to operate and maintain

Built with robust construction and advanced measurement features, the Infrared Moisture Balance ensures consistent performance in determining moisture levels in soil, chemicals, food products, powders, and aggregates. With rapid test cycles and minimal maintenance needs, it enhances productivity and accuracy in every analysis. This equipment is widely used in civil engineering labs, construction material testing, food processing units, and industrial research labs.

Key Features

• Fast and accurate moisture measurement using infrared radiation

• Digital display for easy reading of results

• Precise temperature control for reliable drying

• Sturdy and compact design for laboratory use

• Suitable for soil, powders, chemicals, aggregates & food materials

• Easy operation with minimal maintenance

• Consistent performance for quality control testing

The Automatic Soil Compactor is a high-performance instrument designed to streamline and standardize soil compaction tests as per Proctor and Modified Proctor standards. This advanced system ensures uniform compaction by automatically controlling the blow count, drop height, and hammer movement, eliminating manual errors and improving test repeatability.

Engineered with a sturdy frame and powerful motorized mechanism, the Automatic Soil Compactor delivers consistent compaction energy for soil samples used in geotechnical engineering, construction quality control, and laboratory soil testing. Its user-friendly interface, adjustable settings, and safety features make it an essential tool for any modern material testing laboratory.

Key Features

• Fully automatic compaction process for repeatable and accurate results

• Adjustable blow count, drop height, and compaction energy

• Complies with Proctor & Modified Proctor test standards

• Strong, durable frame suitable for continuous laboratory use

• Reduces manual effort and operator fatigue

• Safe, enclosed mechanism to prevent accidental contact

• Ideal for geotechnical, civil engineering & soil testing labs

Our Square Shape Sieves are designed for accurate particle size analysis in laboratories and field testing applications. Manufactured with high-quality stainless steel or mild steel frames, these sieves ensure durability, stability, and long-lasting performance. The square mesh openings provide efficient separation and uniform screening of soil, aggregates, sand, cement, chemicals, and various granular materials.

These sieves are widely used in construction material testing, geotechnical engineering, and industrial quality control. Their rigid construction and precise mesh calibration ensure reliable and repeatable results, making them an essential tool for any material testing setup.

Key Features

• High-quality stainless steel or mild steel frame

• Precisely calibrated square mesh openings

• Ideal for soil, aggregate & material size analysis

• Durable construction for long-term laboratory and field use

• Available in multiple mesh sizes to suit different testing needs

• Smooth edges for safe handling

• Ensures accurate and consistent particle separation