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A pneumatic press for specimen cutting is a machine that uses compressed air to apply precise force for cutting standard specimens from various materials, such as rubber, plastics, and textiles, for mechanical testing. It ensures accurate and consistent sample preparation for tests like tensile, tear, and elongation, and its features often include adjustable force and speed controls, and safety mechanisms like dual-button operation to protect the operator

Product Details: Minimum Order Quantity 1 Piece Capacity(T) 20 Ton Automation Grade manual Material Mild Steel Voltage (V) 220 Usage/Application Industrial Shanta Engineering ” are Manufacturer of Material Testing Equipment, Hot Air Oven, Hardness Tester, Laboratory Hot Plates, Tensile Testing Machine, Laboratory Apparatus, and much more Request Callback Additional Information: Delivery Time: 4 weeks Packaging Details: wooden packing

E.S.C.R. Apparatus is used for determination of suceptibility of ethylene plastics to environmental stress cracking when subjected to certain conditions. Bent specimens of the plastics each having a controlled imperfection on the surface are exposed to the action of a surface active agent, oils or detergent. The proportion of the total number of specimens that crack in a goven times is observed. Specification : ❖ Insode bath is of S.s. and outside bath is M.s. with heat insulation. ❖ The heating system is having a RTD. ❖ Heater and digital temp. Controller (PID) ❖ Max. Temperature 150°C ❖ Max. Temperature - R.T., Resolution = 0.10°C ❖ Accuracy = 0.50°C Accessories : Blanking dle 1No. Nicking jig 1No. Bending cum transfering device 1No. Specimen holder 10Nos. Test Tubes 10Nos. Corks 10Nos.

VICAT SOFTENING TEMP. (ASTM D1525) : ❖ Determination of the temperature at which a standard indenter penetrates. ❖ 1mm into the surface of a plastics test specimen under one of the loads. ❖ specified under uniform rate of heating. ❖ Rate of rise of temp. 50 + 50C / per hr. 120 + 120C DEFLECTION TEMPERATURE OF PLASTIC UNDER FLEXURAL LOAD ( As per ASTM D-648) Determination of temp. at which an arbitrary deformation occurs when plastics are subjected to arbitrary bending loads and conditions of continually rising temperature. Rate of rise of temp. 2 + 0.20C / per min. VST/HDT PLC BASED ASTM D15425 & ASTM D648 Values of VST & HDT are obtained through software. Graphic display and printout through your PC: Penetration/ Deflection Vs Temperature graph and values of VST and HDT could br obtained by attaching a printer to the PC.

“ Facility is provided for Computer Interface.“ The resistance to breakage by flexural shock of plastics and Electrical insulating materials as indicated by the energy extracted from standardized pendulum type hammers mounted on standardized machines in breaking standard specimens with pendulum swing. The energy absorbed per unit of specimen width is reported in joules. RS 232 Facility to connect to your PC. Specification : ❖ Fully digital display ( LCD ) of angle and energy in joules ❖ Range change by selector switch ❖ Interchangeability of impact hammers are very easy. ❖ Max. Available energy - 21.68 Joules ❖ Ranges : 0-2.71 J 0-5.42 J 0-10.84 J 0-21.68 J Optional : ❖ Dimension feeding facility to calculate Joules / cm2 or Joules / m ❖ Torque wrench ❖ Charpy hammers ❖ Notch cutter ( Manual ) ❖ Notch cutter ( Motorised ) Izod Impact Tester Motorised Notch Cutter Motorised Notch Cutter

Melt Flow Index instrument measures the rate of extrusion of molten resins through a die of specified length and diameter under prescribed conditions of temperature, load, piston position. This instrument measures the rate of extrusion of molten resins through a die of specified length and diameter under prescribed conditions of temperature, load, piston position. Instrument with the following accessories are supplied : Digital Timer, Temp. Controller (PID), Piston, Barrel Cleaner, Orifice Cleaner Scoop. Specification : ❖ Weights : 2.16 kgs. and 5.0 kgs. ❖ Max. Temp. Ambient to 300 ° C ❖ Resolution : 0.10 ° C ❖ Accuracy : + 0.20 ° C ❖ Timer : 0-99.9 min. Also MFI Tester available as per ASTM D1238, method B Features : ❖ PLC base Machine ❖ Charging the sampole is manual ❖ No weighing as in Method A ❖ Automatic measurement of MFI with the help of Encoder ❖ High accuracy ❖ Best for the high flow material where manual testing would be difficult Additional Information : ❖ Item Code : ASTMD-1238 ❖ Minimum Order Quantity : 1 Unit

Hand Operated Tensile Testing System, the two column frame with a hand wheel operated lead screw is a perfect tool for tension, compression and flexural testing of springs, rubber, paper, film etc., with apt attachments. These are appreciated for their durability, accuracy of results and high tensile strength. It is a better Tensile Tester Machine having variety of applications. Main Features : ❖ Table Top Model ❖ Digital Display of load and Elongation. ❖ Feather touche Key board operation. ❖ Tare Facility for force and displacement. ❖ Load display in Kg. Or Newton. MODEL SET-H-1000 N SET-H-2500 N SET-H-5000 N Max permissible force In Kg 100 250 500 Load Resolution in Kg 0.01 0.03 0.05 Elongation/Compression Resolution in mm 0.1 0.1 0.1 Width between column in mm 200 200 200 Load Cell Safety Alarm Alarm Alarm Size (w x d x h) in mm 300 x 430 x 1100 300 x 430 x 1100 300 x 430 x 1100 Power Supply 230 VAC 50 Hz, Single Phase 230 VAC 50 Hz, Single Phase 230 VAC, 50 Hz, Single Phase

Shanta Engineering Universal Testing Machines are electro mechanical machines with digital display of load & displacement & pulley belt system for changing speeds. The machines are designed for testing various materials like rubber, plastics, cables, leather, paper, plywood and metals. Tension, compression, bend and flexural tests can be performed on these machines with suitable grips and fixtures. The machines are powder coated for elegant look. The critical components are plated for rust prevention and durability. Main Features : ❖ Selection of different speeds by pulley belt system. ❖ Facility to mount different load cells. ❖ Facility to mount various grips / fixtures for different tests and materials like rubber, plastics, cables, leather, paper, plywood and metals. Electronic Control Panel : ❖ Front panel membrane type keyboard for test set up. ❖ 7 segment digital display of load and displacement. ❖ Storage of important parameters such as peak load, braking load and max. displacement. ❖ Facility to return of crosshead to home position for next test. Note : ❖ Over load & over travel protection is standard. ❖ Lower capacity load cells can be used with any machine for better load resolution. ❖ Grips can be selected from wide range available for different application. Special Options : ❖ Load cells of different capacities are available as optional items. ❖ Displacement resolution of 0.1 mm is optional. ❖ Compression, Bending & flexural attachment to suit specific tests is available as optional. ❖ A.C. Variable speed is available as optional. ❖ P.C. interface is optional. SPECIFICATIONS UTM SINGLE COLUMN WITH VARIABLE SPEED MODEL NO. SET-S-5000N SET-S-10KN Max. capacity(Kg) 500 ( 5 KN ) 1000 ( 10 KN ) Load Resolution(N) 1:10,000 0.5 1.0 Max. crosshead displacement without grips/fixtures (mm) 900 900 Displacement resolution (mm) 0.2 0.2 Variable speed with the help of A.C. Drive 5mm/min to 100mm/min or 30mm/min to 500mm/min OR Variable speed with the help of A.C. Servo Drive 1mm/min to 500mm/min Machine Dimensions w x d x h 600 x 325 x 1800 600 x 325 x 1800 Power Requirement 0.5 H.P. 1.0 H.P. Power Supply 230VAC±10%, Single Phase, 50Hz with Neutral & Earth GRIPS 1. SEG 5.1 For dumbell shape specimen of PVC, rubber and polyethylene Inserts knurling. Max. Specimen size - 35 mm wide x 4 mm thk. 2. SEG 5.2 For strips of PVC Rubber and polyester films. Inserts with rubber lining. Max. Strip Size - 50 mm wide X 4 mm thk 3. SEG 5.3 For plywood and asbestos. Inserts with fine knurling. Max. Specimen size = 100 mm wide X 4 mm thk 4. SEG 5.4 For rigid metal wire (1.0 mm dia to 6.0 mm dia ) 5. SEG 5.5 For rigid metal strips inserts with knurling. Max. Strips size = 15 mm wide x 6 mm thk 6. SEG 5.6 For flexible metal wires 20 SWG and finer. 7. SEG 5.7 For flexible rubber cords between 10 to15 mm dia. SPECIFICATIONS UTM SINGLE COLUMN WITH FIXED SPEED BELT / PULLEY SYSTEM MODEL NO. SET-S-5000N SET-S-10KN Max. capacity(Kg) 500 ( 5 KN ) 1000 Load Resolution(N) 1:10,000 0.5 1.0 Max. crosshead displacement without grips/fixtures (mm) 900 900 Displacement resolution (mm) 0.2 0.2 Test speeds in mm/min 50, 100, 250 & 500 30,50 & 100 Machine Dimensions w x d x h 600 x 325 x 1800 600 x 325 x 1800 Power requirement 0.5 HP 1.0 HP Power Supply 415VAC±10%, 3 Phase, 50Hz with Neutral & Earth

Shanta Engineering Universal Testing Machines are electro mechanical machines with digital display of load & displacement & pulley belt system for changing speeds. The machines are designed for testing various materials like rubber, plastics, cables, leather, paper, plywood and metals. Tension, compression, bend and flexural tests can be performed on these machines with suitable grips and fixtures. The machines are powder coated for elegant look. The critical components are plated for rust prevention and durability. Main Features : ❖ Selection of different speeds by pulley belt system. ❖ Facility to mount different load cells. ❖ Facility to mount various grips / fixtures for different tests and materials like rubber, plastics, cables, leather, paper, plywood and metals. Electronic Control Panel : ❖ Front panel membrane type keyboard for test set up. ❖ 7 segment digital display of load and displacement. ❖ Storage of important parameters such as peak load, braking load and max. displacement. ❖ Facility to return of crosshead to home position for next test. Note : ❖ Over load & over travel protection is standard. ❖ Lower capacity load cells can be used with any machine for better load resolution. ❖ Grips can be selected from wide range available for different application. Special Options : ❖ Load cells of different capacities are available as optional items. ❖ Displacement resolution of 0.1 mm is optional. ❖ Compression, Bending & flexural attachment to suit specific tests is available as optional. ❖ A.C. Variable speed is available as optional. ❖ P.C. interface is optional. UNIVERSAL TENSILE TESTING MACHINE WITH PLC BASED AVAILABLE IN DIFFERENT CAPACITIES. ASTM D638 Advantage of PLC : ❖ Speed range of 0.1mm/min to 500mm/min. ❖ Speed accuracy of ± 1%. ❖ Operation through touch pad HMC of 7 inch size. ❖ Easy to operate. ❖ Load counts of 20000. ❖ Higher load sampling frequency each. ❖ Reading /10 milliseconds. ❖ Facility to control program through computer. All results such as peak load, elongation at Peak load, Break load, elongation at break load, %elongation at Peak, %elongation at break, Tensile strength at peak, Tensile strength at Break, Flexural stress, Compression strength, Secant Modulus, Tangent Modulus, and Flexural Modulus are directly displayed or Microcontroller as well as through PC software. SPECIFICATIONS UTM TWIN COLUMN FOR VARIABLE SPEED MODEL NO. SET-T 5000 N SET-T 10 KN SET-T 20 KN SET-T 30 KN Max. capacity(Kg) 500 1000 2000 3000 Load Resolution(N) 1:10,000 0.5 1.0 2.0 2.0 Max. crosshead displacement without grips/fixtures (mm)> 900 900 900 900 Diisplacement resolution (mm) 0.2 0.2 0.2 0.2 Column clearance(mm) 380 380 450 450 Variable speed with the help of A.C.Drive 5mm/min to 100mm/min or 30mm/min to 500mm/min Variable speed with the help of A.C.Servo Drive 1mm/min to 500mm/min Machine Dimensions w x d x h in (mm ) 1100 x 330 x 1800 1100 x 330 x 1800 1100 x 400 x 1800 1100 x 400 x 1800 Power requirement for A.C. Drive 0.5 HP 1.0 HP 2.0 HP 2.0 HP Power requirement for A.C. Servo Drive 400W 600W 1.0KW 1.0KW Power Supply 230 VAC±10%, Single Phase, 50Hz with Neutral & Earth Grip And Fixtures : The following Grips and Fixtures can be supplied as per order : ❖ Grips for flat and round specimen with different inserts. ❖ Vice type grips. ❖ Pneumatic grips. ❖ Fixture for bend test / flexural test. ❖ Sheat test attachment. Melting Point Apparatus Melting Point Apparatus Melting Point Apparatus Melting Point Apparatus GRIPS 1. SEG 5.1 For dumbell shape specimen of PVC, rubber and polyethylene Inserts knurling. Max. Specimen size - 35 mm wide x 4 mm thk. 2. SEG 5.2 For strips of PVC Rubber and polyester films. Inserts with rubber lining. Max. Strip Size - 50 mm wide X 4 mm thk 3. SEG 5.3 For plywood and asbestos. Inserts with fine knurling. Max. Specimen size = 100 mm wide X 4 mm thk 4. SEG 5.4 For rigid metal wire (1.0 mm dia to 6.0 mm dia ) 5. SEG 5.5 For rigid metal strips inserts with knurling. Max. Strips size = 15 mm wide x 6 mm thk 6. SEG 5.6 For flexible metal wires 20 SWG and finer. 7. SEG 5.7 For flexible rubber cords between 10 to15 mm dia. SPECIFICATIONS UTM TWIN COLUMN FIXED SPEED BELT / PULLEY SYSTEM MODEL NO. SET-T-5000N SET-T-10KN SET-T-20KN SET-T-30KN SET-T-50KN Max.Capacity(Kg) 500 1000 2000 3000 5000 Load Resolution(N) 1:10000 0.5 1.0 2.0 3.0 5.0 Max. crosshead displacement without grips/fixtures (mm) 900 900 900 900 900 Displacement resolution (mm) 0.2 0.2 0.2 0.2 0.2 Column Clearance (mm) 380 380 450 450 450 Test Speed (mm/min) 50, 100, 250 & 500 30, 50 & 100 30, 50 & 100 30, 50 & 100 30, 50 & 100 Machine Dimensions W x D x H 1100 x 325 x 1800 1100 x 325 x 1800 1100 x 400 x 1800 1100 x 400 x 1800 1100 x 400 x 1800 Power Requirement 0.5 HP 1.0 HP 2.0 HP 2.0 HP 3.0 HP Power Supply 415VAC±10%, 3 Phase, 50 Hz with Neutral & Earth

Your Premier Hot Air Ovens Manufacturer and Supplier Welcome to Shanta Engineering, your premier destination for high-quality hot air ovens. As a leading manufacturer and supplier in the industry, we pride ourselves on delivering reliable, efficient, and innovative solutions for various industrial and laboratory applications. Our hot air ovens are meticulously designed and crafted using cutting-edge technology and premium-grade materials to ensure superior performance and durability. Whether you need a compact benchtop oven or a large-scale industrial oven, we have a diverse range of options to meet your specific requirements. At Shanta Engineering, we understand the importance of precision and consistency in temperature control, which is why our ovens are equipped with state-of-the-art temperature regulation systems. This ensures uniform heating throughout the chamber, allowing for accurate and reliable results every time. In addition to exceptional performance, we prioritize safety and user-friendliness in our oven designs. Each unit is equipped with advanced safety features and intuitive controls for ease of operation and peace of mind. With our unwavering commitment to quality and customer satisfaction, Shanta Engineering has established itself as a trusted partner for businesses and laboratories worldwide. Experience the difference with our hot air ovens and elevate your processes to new heights of efficiency and reliability. Contact us today to learn more about our products and solutions. Shanta Engineering is one of the Manufacturer of Material Testing Equipment, Hot Air Oven, Hardness Tester, Laboratory Hot Plates, Tensile Testing Machine, Laboratory Apparatus, Laboratory Equipments, Plastic Testing Equipments, Rubber Testing Equipments, Cable Testing Equipments, Metal Teasing Equipments, Inhouse Developed Machines, Cold Chamber, Halogen Gas Evolution, Limiting Oxygen Index, Apparatus, Constant Temperature Oil Bath, Melting point Apparatus For Plastic, Flammability Test as Per IS - 10810, Creep Tester, Shore Hardness Tester (Durometer). Hot Air Oven A hot air oven is a laboratory device used to sterilize equipment and materials using dry heat. It operates on the principle of convection, where heated air is circulated within the chamber to maintain a uniform temperature. It is especially in microbiology, pharmaceutical, and chemical labs. Features of a Hot Air Oven ❖ Dry Heat Sterilization: Primarily used for sterilizing glassware, metal instruments, and powders that can withstand high temperatures. ❖ Temperature Control: Typically ranges from 50°C to 300°C, Equipped with a digital or analog temperature controller and display. ❖ Uniform Heat Distribution: Uses forced air circulation via a fan or natural convection to ensure uniform temperature throughout the chamber. ❖ Double-Walled Insulation: Inner chamber usually made of stainless steel; outer body made of mild steel or powder-coated metal. Insulated with mineral wool or fiberglass to prevent heat loss. ❖ Shelving System: Removable or adjustable trays/racks for placing multiple items inside the oven. ❖ Safety Features: Over-temperature protection. Door lock system. Alarm systems in advanced models. ❖ Timer Function: Allows for setting sterilization cycles with automatic shut-off after the set duration. ❖ Glass Viewing Window (in some models): Enables monitoring without opening the door and disturbing the internal environment. ❖ Energy Efficient: Designed to maintain temperature with minimal power consumption. ❖ Applications: Sterilization of lab equipment. Drying of glassware or samples. Testing heat resistance of materials. Uses of Hot Air Oven in laboratory A hot air oven is a common piece of laboratory equipment used for dry heat sterilization and other heating applications. Here are the main uses of a hot air oven in a laboratory: ❖ Sterilization of Equipment: Used to sterilize glassware (e.g., Petri dishes, flasks, pipettes) and metal instruments by exposing them to high temperatures (typically 160–180°C for 1–2 hours). ❖ Drying of Laboratory Glassware: Removes moisture from glassware before or after experiments to ensure accuracy and prevent contamination. ❖ Baking or Curing Samples: Used to bake or cure substances in industrial or materials science labs, such as resins or coatings. ❖ Heat Testing of Materials: Assesses the heat resistance or thermal stability of materials like rubber, plastic, or paint. ❖ Sample Preparation: Helps in preparing samples for further analysis by removing water or other volatile substances. ❖ Desiccation: Used for desiccating (drying) powders, chemicals, or soil samples without introducing moisture. ❖ Microbiological and Pharmaceutical Applications: Sterilizes instruments or materials in pharmaceutical labs to prevent microbial contamination. ❖ Incubation (at higher temperatures): Though not typical for microbial incubation (which requires moist conditions), it's sometimes used for specific high-temperat

Humidity Chamber provided are highly demanded and applauded by our esteemed clients all over the globe. Excellent in quality, user friendly, economical, durable, reliable, corrosion proof are some of the positive attributes of the offered range. Moreover, we source these range from certified manufacturers after thoroughly inspecting each of the charger on various predefined standards. Additionally, we are supplying these Humidity Chamber at affordable market rates. Specific Features : ❖ A key lockable insulated door having positive door gasket seals doom perfectly. ❖ Vertical air circulation ensures temperature and RH uniformity. ❖ Digitally set, temperature and Humidity controller with direct digital read out in temperature and percentage RH. ❖ Double walled construction inner chamber S.S. and outside of Mild steel beautifully powder coated. ❖ Low pressure Boiler which generates steam for chamber humidification. ❖ Most accurate and reliable chamber for long term high temperature and RH testing. ❖ Temp. Range 10oc to 60'oc with an accuracy +- 0.5oc. Relative humidity range 35% RH to 95% RH with an accuracy +- 3% RH. ❖ The chamber with modular removable shelves made of S.Steel. ❖ Automated refrigeration system. Specifications : Standard Sizes Available In Sr. NO. Size In CMS 1. (45 x 45 x 45 cm.) 2. (71 x 45 x 45 cm.) 3. (80 x 50 x 50 cm.) 4. (100 x 90 x 90 cm.) Plastic Testing Equipments Shanta Engineering is one of the Manufacturer of Material Testing Equipment, Hot Air Oven, Hardness Tester, Laboratory Hot Plates, Tensile Testing Machine, Laboratory Apparatus,Laboratory Equipments, Plastic Testing Equipments, Rubber Testing Equipments, Cable Testing Equipments, Metal Teasing Equipments, Inhouse Developed Machines, Cold Chember, Halogen Gas Evolution, Limiting Oxygen Index, Apparatus, Constant Temperature Oil Bath, Melting point Apparatus For Plastic, Flammeablity Test as Per IS - 10810, Creep Tester, Shore Hardness Tester (Durometer). Humidity Chamber A Humidity Chamber is a controlled environment device used to simulate and regulate specific humidity levels, often along with temperature, for testing and conditioning materials or products. It is commonly used in industries such as: Pharmaceuticals – for stability testing of drugs. Electronics – to test performance under humid conditions. Automotive and Aerospace – for material durability analysis. Food and Packaging – to evaluate shelf life and moisture resistance. In short, a humidity chamber helps ensure that products can withstand or perform under varying humidity conditions before they go to market. Features of Humidity Chamber ❖ Temperature and Humidity Control : Wide range of temperature settings (e.g., -70°C to +180°C). ❖ Adjustable relative humidity (usually from 10% to 98% RH). Accurate and stable environmental control using sensors and digital controllers ❖ Programmable Control System : Touchscreen or digital interface for easy setup. Ability to create and save test programs/cycles. Real-time data logging and trend graphing. ❖ Uniformity and Stability : Uniform distribution of temperature and humidity across the chamber. High stability to maintain consistent test conditions. Circulating fans or airflow systems for even distribution. ❖ Safety and Protection Features : Over-temperature and over-humidity protection. Automatic shutdown in case of system failure. Alarm systems for critical faults ❖ Construction and Materials : Corrosion-resistant stainless steel inner chamber. Insulated walls for energy efficiency. Hermetically sealed door with viewing window. ❖ Testing Capabilities : Accelerated aging, stress, and lifecycle testing. Suitable for electronics, automotive parts, pharmaceuticals, textiles, etc. Can accommodate racks, shelves, or custom fixtures ❖ Optional Features : Data output to USB, Ethernet, or other formats. Remote monitoring and control via software. Integration with other testing systems (e.g., vibration or thermal shock) Uses of Humidity Chamber Product Reliability Testing : Simulates various environmental conditions (e.g., tropical, coastal, industrial) to test how products endure humidity, condensation, and temperature fluctuations. Common in electronics, automotive, aerospace, and packaging industries. ❖ Material Degradation Studies : Assesses the long-term durability of metals, polymers, paints, coatings, and composites when exposed to high humidity. ❖ Pharmaceutical and Biomedical Testing : Used in stability testing of drugs per ICH guidelines (e.g., 40°C/75% RH). Also helps study biological samples like tissue or cells under specific humidity conditions. ❖ Textile and Paper Testing : Evaluates dimensional stability, strength, and performance of textiles and paper products under different humidity levels. ❖ Food Industry : Tests shelf life and packaging stability of food products. Helps understand how humidity affects moisture content and spoilage. ❖ Research and Development : Supports climate simulation experiments i

Your Premier Cold Chamber Manufacturer and Supplier At Shanta Engineering, we take pride in being the foremost manufacturer and supplier of high-quality cold chambers. With years of expertise and a commitment to excellence, we have established ourselves as a trusted partner for businesses across various industries seeking reliable cold storage solutions. As a manufacturer, we employ cutting-edge technology and adhere to stringent quality standards to produce cold chambers that meet the diverse needs of our clients. Whether you require cold storage for food, pharmaceuticals, chemicals, or any other perishable goods, our range of products is designed to provide optimal temperature control and preservation, ensuring the integrity of your products throughout storage and transportation. Our cold chambers are engineered for efficiency, durability, and reliability. We understand the importance of maintaining precise temperature conditions, which is why our chambers are equipped with advanced cooling systems and temperature monitoring mechanisms to guarantee consistent performance. Whether you need to store goods at freezing temperatures or require controlled cooling for specific applications, our chambers offer the flexibility and precision you demand. In addition to manufacturing, we also serve as a trusted supplier of cold chambers to businesses worldwide. Our extensive network enables us to fulfill orders promptly and efficiently, ensuring that our clients receive their cold storage solutions on time, every time. Whether you require a single unit or need to equip an entire facility, we can accommodate your requirements with our comprehensive inventory and customizable options. At Shanta Engineering, customer satisfaction is our top priority. We work closely with each client to understand their unique needs and provide tailored solutions that exceed expectations. Our team of experienced professionals is dedicated to delivering exceptional service at every stage, from initial consultation to installation and beyond. With our unwavering commitment to quality and customer care, you can trust Shanta Engineering to be your reliable partner for all your cold storage needs. In conclusion, whether you are in need of a dependable cold chamber manufacturer or supplier, Shanta Engineering is the name you can trust. With our superior products, expert knowledge, and dedication to customer satisfaction, we are committed to helping businesses preserve the freshness and quality of their products with precision-engineered cold storage solutions. Contact us today to learn more about how we can meet your cold storage needs. Shanta Engineering is one of the Manufacturer of Material Testing Equipment, Hot Air Oven, Hardness Tester, Laboratory Hot Plates, Tensile Testing Machine, Laboratory Apparatus,Laboratory Equipments, Plastic Testing Equipments, Rubber Testing Equipments, Cable Testing Equipments, Metal Teasing Equipments, Inhouse Developed Machines, Cold Chember, Halogen Gas Evolution, Limiting Oxygen Index, Apparatus, Constant Temperature Oil Bath, Melting point Apparatus For Plastic, Flammeablity Test as Per IS - 10810, Creep Tester, Shore Hardness Tester (Durometer). In a laboratory setting, a Cold Chamber refers to a controlled, low-temperature environment used primarily for storage or testing purposes. It is also known as a cold room, cold box, or refrigerated chamber depending on its size and function. Features of Cold Chamber In a laboratory setting, a Cold Chamber refers to a controlled, low-temperature environment used primarily for storage or testing purposes. It is also known as a cold room, cold box, or refrigerated chamber depending on its size and function. ❖ Temperature Control: Wide temperature range, typically from +2°C to -80°C, with precise regulation using digital controllers (±0.1–0.5°C accuracy). Uniform temperature distribution is achieved using air circulation fans or diffusers. ❖ Construction and Insulation: Double-walled or triple-walled with PUF or foam insulation to reduce thermal loss. Corrosion-resistant interiors, usually stainless steel, and air-tight doors with magnetic gaskets and locking mechanisms maintain temperature. ❖ Functional Features: Adjustable shelves or racks to organize samples, humidity control options in advanced models, internal lighting for visibility, and alarm systems for over/under temperature or power failure. ❖ Safety & Maintenance: Automatic defrost system for low-temperature models, overload protection for compressors, easy-to-clean interior with drainage systems, and optional battery backup for temperature monitoring during outages. ❖ Monitoring & Connectivity: Digital temperature display with logging, data logging and USB/RS232 connectivity for research compliance, and remote monitoring capabilities in advanced models. Uses of Cold Chamber ❖ Sample Preservation: Storage of biological samples (blood, plasma, tissue, bacteria, enzymes) and chemical samples (tem