+918600033151
sales@antslab.in
+918600033151
sales@antslab.in
High-purity alumina boat designed for high-temperature applications, ideal for use in laboratories and industrial furnaces. Offers excellent thermal stability, corrosion resistance, and chemical inertness, making it suitable for material processing, sample containment, and heat treatment procedures.
Durable, high-purity alumina plate ideal for high-temperature and corrosive environments. Offers excellent thermal stability, electrical insulation, and wear resistance, making it suitable for use in kilns, furnaces, and various laboratory and industrial applications.
High-purity alumina tray designed for high-temperature processing and chemical resistance. Ideal for use in furnaces, kilns, and laboratory settings, it provides excellent thermal stability, mechanical strength, and inertness for handling and supporting samples or materials during heat treatments.
High-purity alumina dish with excellent thermal and chemical resistance, ideal for high-temperature applications in laboratories and industrial processes. Suitable for sample heating, melting, and chemical reactions, offering stability, durability, and corrosion resistance.
High-purity alumina crucible in low-form design, ideal for high-temperature applications up to 1700°C. Excellent thermal stability, corrosion resistance, and chemical inertness for lab and industrial use.
High-purity alumina crucible in high-form design, suitable for high-temperature applications up to 1700°C. Offers superior thermal shock resistance, chemical inertness, and durability for laboratory and industrial use.
High-purity cylindrical alumina crucible designed for uniform heating and high-temperature resistance up to 1700°C. Ideal for melting, calcining, and other thermal processing in lab and industrial settings.
High-purity alumina disc lid designed to fit alumina crucibles, providing excellent thermal stability and chemical resistance for high-temperature applications up to 1700°C.
Durable, high-purity alumina mortar and pestle set designed for grinding and mixing hard materials. Chemically inert and resistant to high temperatures, ideal for laboratory and industrial use.
Precision-crafted agate mortar and pestle set ideal for fine grinding of samples. Offers excellent hardness, chemical resistance, and low contamination—perfect for laboratory and analytical applications.
High-purity (99.5%) alumina multi-bore tubes with double and four-bore configurations. Ideal for high-temperature insulation and thermocouple protection in demanding lab and industrial environments.
80% alumina ceramic tubes offering good thermal stability, wear resistance, and electrical insulation. Suitable for moderate-temperature applications in laboratory and industrial settings.
Heavy-duty black granite mortar and pestle set ideal for grinding, crushing, and mixing hard materials. Durable, non-porous, and easy to clean—perfect for both laboratory and kitchen use.
Efficient and reliable ball mill designed for grinding and mixing materials into fine powders. Suitable for laboratory and industrial applications in ceramics, metallurgy, chemistry, and material science.
Advanced biomass pyrolysis system designed to convert organic waste into biochar, syngas, and bio-oil. High-efficiency, eco-friendly solution for renewable energy and sustainable waste management.
High-temperature bottom loading furnace designed for uniform heating and precise temperature control. Ideal for sintering, annealing, and heat treatment in research and industrial applications.
Flexible and durable bellow designed to absorb movement, vibration, and thermal expansion in piping and mechanical systems. Suitable for industrial, laboratory, and high-temperature applications.
Type B thermocouple designed for extremely high-temperature measurements up to 1800°C. Offers excellent stability, accuracy, and durability for use in furnaces, kilns, and industrial processes.
High-purity conical alumina crucibles designed for efficient sample handling and uniform heat distribution. Ideal for high-temperature applications up to 1700°C in laboratories and industrial processes.
High-purity quartz cover designed to fit quartz dishes, offering excellent thermal stability and chemical resistance. Ideal for high-temperature applications in laboratory and industrial environments.
Robust coke oven designed for the high-temperature carbonization of coal to produce coke. Ideal for use in metallurgical processes, offering efficient heat distribution and durable construction for industrial operations.
Precision crystal growth furnace engineered for controlled temperature gradients and uniform heating. Ideal for producing high-quality single crystals in research and semiconductor manufacturing.
High-purity (99.5%) alumina ceramic tubes offering excellent thermal stability, electrical insulation, and chemical resistance. Ideal for high-temperature applications in laboratory and industrial environments.
Lightweight ceramic fiber radiation shield providing excellent thermal insulation and resistance to high temperatures. Ideal for protecting equipment and personnel in industrial furnaces and high-heat environments.
Advanced Chemical Vapour Deposition system designed for precise thin-film coating and material synthesis. Ideal for semiconductor, nanotechnology, and materials research applications requiring uniform and high-quality deposits.
Reliable dataloggers for accurate recording and monitoring of temperature, humidity, and other environmental parameters. Suitable for laboratory, industrial, and field applications with easy data retrieval and analysis.
Efficient electric kilns designed for precise temperature control and uniform heating. Ideal for ceramics, glasswork, metal annealing, and laboratory heat treatment applications.
Durable evaporating basin made from heat-resistant materials for efficient evaporation of liquids in laboratory settings. Ideal for concentrating solutions and crystallization processes.
High-performance fume hoods designed to provide safe ventilation and containment of hazardous fumes and vapors in laboratory environments. Ensures user protection with efficient airflow and filtration systems.
Sealed glove boxes designed for handling sensitive materials in controlled environments. Ideal for research and industrial applications requiring protection from moisture, oxygen, or contaminants.
Protective gloves designed for safety and comfort in laboratory, industrial, and cleanroom environments. Available in various materials for chemical resistance, heat protection, and precision handling.
Powerful hydraulic presses designed for precise compression, molding, and forming applications. Suitable for industrial manufacturing, laboratory testing, and material processing.
Specialized hydrogen furnace designed for high-temperature heat treatment in a controlled hydrogen atmosphere. Ideal for metallurgy, materials processing, and research requiring oxidation-free environments.
Robust hydrothermal autoclave reactor designed for high-pressure and high-temperature synthesis of advanced materials. Ideal for chemical, pharmaceutical, and materials science research.
High-efficiency induction furnace designed for rapid and precise melting of metals using electromagnetic induction. Ideal for foundries, metal casting, and research laboratories.
Durable cylinders designed for safe storage and delivery of inert gases like argon, nitrogen, and helium. Essential for welding, laboratory, and industrial applications requiring contamination-free environments.
Reliable K-Type thermocouple for accurate temperature measurement up to 1260°C. Widely used in industrial, laboratory, and HVAC applications due to its durability and broad temperature range.
High-purity quartz lid designed to fit low form quartz crucibles, offering excellent thermal stability and chemical resistance for high-temperature laboratory applications.
High-temperature muffle furnace designed for uniform heating and precise temperature control. Ideal for ashing, sintering, and heat treatment in laboratories and industrial settings.
Precision mass flow controller for accurate regulation of gas flow in laboratory and industrial processes. Ensures stable and repeatable performance in applications like semiconductor manufacturing and chemical processing.
Durable O rings made from various materials to provide reliable sealing in hydraulic, pneumatic, and mechanical systems. Resistant to wear, chemicals, and temperature variations.
High-quality pellet press dies designed for compacting powders into uniform pellets. Durable and precise, ideal for laboratory and industrial pelletizing applications.
Reliable pressure regulator designed to maintain consistent gas or liquid pressure in various systems. Suitable for laboratory, industrial, and medical applications requiring precise pressure control.
High-purity quartz separating funnel designed for precise liquid-liquid separation with excellent chemical resistance and thermal stability. Ideal for laboratory and industrial chemical processes.
High-purity quartz rod offering excellent thermal stability, chemical resistance, and electrical insulation. Ideal for high-temperature applications in laboratories and industrial processes.
Precision-cut quartz plate with high thermal stability and optical clarity. Ideal for high-temperature laboratory applications, spectroscopy, and semiconductor processes.
High-purity quartz Gooch crucible designed for efficient filtration and drying of samples. Offers excellent chemical resistance and thermal stability for laboratory use.
High-purity quartz boat designed for uniform heating and chemical resistance in high-temperature laboratory and industrial processes. Ideal for sample holding during sintering, annealing, and vapor deposition.
High-purity quartz dish offering excellent thermal stability and chemical resistance. Ideal for sample preparation, evaporation, and high-temperature laboratory applications.
Precision quartz disc with high thermal and chemical resistance, ideal for optical applications, high-temperature experiments, and laboratory use.
High-purity quartz tube, 1200 mm length, offering excellent thermal stability and chemical resistance. Ideal for high-temperature laboratory and industrial applications.
High-purity quartz tube, 1000 mm length, designed for superior thermal stability and chemical resistance. Perfect for use in high-temperature laboratory and industrial processes.
Durable quartz radiation shield providing excellent thermal insulation and resistance to high temperatures. Ideal for protecting equipment and enhancing efficiency in furnace and laboratory applications.
Precision rotameter for accurate measurement of fluid flow rates. Suitable for laboratory and industrial applications, featuring clear scale and reliable performance.
High-temperature R-Type thermocouple designed for accurate measurements up to 1600°C. Offers excellent stability and resistance in harsh environments, ideal for industrial and laboratory use.
Advanced rapid thermal annealing system for precise, high-speed heating of semiconductor wafers and materials. Ideal for enhancing material properties in research and manufacturing processes.
Versatile split tube furnace with removable tube design for easy loading and maintenance. Provides uniform heating and precise temperature control for laboratory and industrial applications.
High-accuracy S-Type thermocouple designed for precise temperature measurements up to 1600°C. Known for excellent stability and reliability in harsh industrial and laboratory environments.
High-purity quartz lid designed to fit tall form quartz crucibles, offering excellent thermal stability and chemical resistance for high-temperature laboratory applications.
High-purity tall form quartz crucible designed for high-temperature applications with excellent thermal shock resistance and chemical inertness. Ideal for laboratory and industrial use.
High-precision tube furnace designed for uniform heating and controlled atmosphere applications. Ideal for material synthesis, annealing, and thermal processing in laboratories and industries.
Advanced thermogravimetric analysis system for precise measurement of material weight changes under controlled temperature conditions. Ideal for thermal stability, composition, and decomposition studies in research and industry.
Professional thermocouple calibration services ensuring accurate temperature measurement and reliable performance. Suitable for various thermocouple types used in industrial and laboratory applications.
Efficient vacuum ovens designed for moisture removal and heat treatment under low-pressure conditions. Ideal for delicate drying, curing, and thermal processing in laboratories and industrial settings.
Precision vacuum tube sealing systems designed for airtight sealing of glass and quartz tubes. Ideal for laboratory and industrial applications requiring contamination-free and high-quality seals.
High-quality vacuum oil formulated for use in vacuum pumps to ensure efficient sealing, lubrication, and long-lasting performance. Suitable for laboratory and industrial vacuum systems.
Durable vacuum flange designed to create airtight seals in vacuum systems. Compatible with various vacuum components for reliable, leak-free connections in laboratory and industrial applications.
Accurate vacuum sensors for monitoring and controlling pressure levels in vacuum systems. Suitable for laboratory, industrial, and research applications requiring precise vacuum measurement.
Reliable vacuum valve designed for precise control of gas flow in vacuum systems. Ensures airtight sealing and smooth operation in laboratory and industrial applications.
Efficient vacuum pumps designed for creating and maintaining low-pressure environments. Ideal for laboratory, industrial, and scientific applications requiring reliable vacuum generation.
Specialized radiation shield designed for use in vacuum environments, providing excellent thermal insulation and durability. Ideal for protecting sensitive components in high-temperature vacuum systems.
High-strength zirconia cylindrical crucible offering exceptional thermal shock resistance and chemical durability. Ideal for high-temperature applications in laboratories and industrial processes