Category: Yatherm

Unlocking the Importance of Humidity Test Chambers

Understanding Humidity Chamber Machines

Humidity chamber machines, also known as climate chambers, environmental chambers, or moisture chambers, are specialized laboratory equipment designed to simulate and control humidity levels for various testing and research purposes. These chambers play a crucial role in replicating specific environmental conditions to assess the effects of humidity on materials, products, and components.

Industries Benefitting from Humidity Chambers

Humidity chambers find applications across a wide range of industries, including:

 Electronics: Testing electronic components and devices for reliability and performance under different humidity conditions to ensure product quality and durability.

 Pharmaceuticals: Evaluating the stability and shelf life of pharmaceutical products, including drugs, vaccines, and medical devices, in varying humidity environments.

 Automotive: Assessing the impact of humidity on automotive components, such as sensors, connectors, and electrical systems, to enhance vehicle reliability and safety.

 Aerospace: Testing aerospace materials and components for resistance to humidity-related degradation, corrosion, and moisture ingress in harsh environmental conditions.

 Food and Beverage: Studying the effects of humidity on food packaging materials, storage conditions, and product stability to prevent spoilage and maintain food quality.

 Textiles: Evaluating the moisture absorption, retention, and release properties of textiles and fabrics for comfort, performance, and durability in different humidity environments.

 Research and Development: Conducting scientific research and experimentation on materials, coatings, and composites to understand their behavior and properties under controlled humidity conditions.

Functions and Applications:

 Humidity chambers perform a variety of functions and are used for numerous applications, including:

 Humidity Testing: Subjecting materials, products, and components to specified humidity levels to assess their performance, stability, and reliability.

 Environmental Simulation: Replicating real-world humidity conditions to simulate and evaluate the effects of moisture on various materials and products.

 Accelerated Aging: Accelerating the aging process of materials and products by exposing them to elevated humidity levels to predict long-term performance and durability.

 Quality Control: Ensuring compliance with industry standards and regulations by testing products and materials for moisture resistance, corrosion resistance, and environmental durability.

 Research and Development: Investigating the behavior, properties, and performance of materials under different humidity conditions to develop new products, improve existing ones, and optimize manufacturing processes.

Why Humidity Test Chambers are Essential for Every Laboratory?

 Humidity test chambers are indispensable tools for laboratories due to the following reasons:

 Precision Control: Humidity chambers offer precise control over humidity levels, allowing researchers to create and replicate specific environmental conditions for accurate and reproducible testing.

 Versatility: These chambers can simulate a wide range of humidity conditions, from low to high humidity levels, to meet the diverse testing requirements of different industries and applications.

 Reliability: Humidity chambers provide reliable and consistent performance, ensuring repeatable results and data integrity in research, development, and quality assurance processes.

 Quality Assurance: By subjecting materials and products to controlled humidity testing, laboratories can identify potential issues, defects, or weaknesses early in the design or manufacturing process, preventing costly recalls and product failures.

 Compliance: Humidity chambers help laboratories comply with industry standards, regulatory requirements, and customer specifications by performing accurate and standardized humidity testing to validate product performance and safety.

Humidity test chambers are indispensable tools for laboratories across various industries, enabling researchers and engineers to assess the effects of humidity on materials, products, and components with precision and reliability.

With their versatility, accuracy, and importance in quality assurance and research, these chambers have become a fundamental requirement for every laboratory seeking to ensure product quality, reliability, and performance in diverse environmental conditions.

Read more about Environmental Test Chamber and Walk-in Stability Chambers by Yatherm scientific manufacturer of scientific equipment.

For any enquiry related to any laboratory scientific instruments, feel free to contact us:

Call: +91 9205867669

Mail: info@yatherm.com

Unlocking the Secrets of Plant Growth Chambers: A Comprehensive Guide

Understanding Plant Growth Chambers

Plant growth chambers, also known as plant growth rooms, plant incubators, or plant growth cabinets, are controlled environments designed to simulate and optimize plant growth conditions. These chambers provide researchers, agriculturists, and scientists with the ability to manipulate various environmental factors, such as temperature, humidity, light intensity, and CO2 levels, to study plant growth and development under controlled conditions.

Industries Benefitting from Plant Growth Chambers

Plant growth chambers find applications across a diverse range of industries, including:

Agriculture: Researchers and agriculturalists utilize plant growth chambers to study crop physiology, optimize growing conditions, and develop new cultivars with improved traits such as yield, disease resistance, and nutritional content.

Biotechnology: Plant biotechnologists use growth chambers for genetic engineering, tissue culture, and plant transformation experiments to produce genetically modified plants for various purposes, including pharmaceuticals, biofuels, and industrial applications.

Horticulture: Commercial growers and nurseries employ plant growth chambers to propagate plants, conduct controlled experiments on growth factors, and study the effects of environmental stressors on plant health and productivity.

Research and Academia: Plant scientists, botanists, and researchers in academic institutions use growth
chambers for fundamental studies on plant physiology, morphology, and development, as well as for teaching and educational purposes.

Technical Parameters and Control Systems:

 Plant growth chambers feature a range of technical parameters and control systems to create and maintain optimal growing conditions. These parameters may include:

 Temperature: Adjustable temperature settings to mimic specific growth conditions, from cold to tropical climates.

 Humidity: Precise control of humidity levels to prevent desiccation or excess moisture.

 Light Intensity: Programmable lighting systems to simulate natural sunlight or customize light spectra for specific research purposes.

 CO2 Concentration: Regulation of CO2 levels to facilitate photosynthesis and optimize plant growth.

 Air Circulation: Efficient air circulation systems to ensure uniform distribution of temperature, humidity, and gases within the chamber.

Functions and Applications:

Plant growth chambers serve a multitude of functions and applications, including:

Seed Germination: Providing ideal conditions for seed germination and seedling establishment.

Vegetative Growth: Supporting vegetative growth stages, including leaf expansion, stem elongation, and root development.

Flowering and Fruit Set: Stimulating flowering and fruiting processes by controlling photoperiod and
temperature regimes.

Environmental Stress Studies: Investigating the effects of abiotic and biotic stress factors, such as drought, salinity, pathogens, and pests, on plant growth and productivity.

Controlled Experiments: Conducting controlled experiments to elucidate the physiological, biochemical, and molecular mechanisms underlying plant responses to environmental stimuli.

Product Features of Plant Growth Chambers:

Modern plant growth chambers are equipped with a range of features to meet the diverse needs of researchers and growers, including:

 Programmable Touchscreen Interface: Intuitive control panels for easy programming and monitoring of environmental parameters.

 Multi-level Shelving: Adjustable shelving systems to accommodate different plant sizes and growth stages.

 Data Logging and Analysis: Built-in data logging capabilities for recording and analyzing environmental conditions over time.

 Remote Monitoring: Remote access and monitoring capabilities for real-time observation and control of chamber conditions.

 Uniform Growth Conditions: Even distribution of temperature, humidity, and light intensity throughout the chamber to ensure consistent plant growth and development.

In conclusion, plant growth chambers play a crucial role in advancing our understanding of plant biology, crop production, and environmental sustainability. With their ability to create tailored growing conditions, these chambers empower researchers and growers to unlock the secrets of plant growth and development, paving the way for innovations in agriculture, biotechnology, and horticulture. Explore the diverse range of plant growth chambers available and embark on a journey of discovery and innovation in plant science.

Read more about Environmental Test Chamber and Walk-in Stability Chambers by Yatherm scientific manufacturer of scientific equipment.

For any enquiry related to any laboratory scientific instruments, feel free to contact us:

Call: +91 9205867669

Mail: info@yatherm.com

ALL ABOUT THE HUMIDITY CHAMBER/ENVIRONMENT CHAMBER

Humidity/Environment chambers are equipment used in various industrial segments, such as pharmaceutical, food and research institutions, such as universities and laboratory.

WHAT ARE HUMIDITY CHAMBER/ENVIRONMENT CHAMBER?

This machine has the main objective of simulating conditions of temperature and humidity supported by food, proving its durability, carrying out tests with different variations of temperatures and humidity, because from these climatic tests it is possible to verify what their weaknesses really are.

In addition, humidity/environment test chamber is used for calibration tests, research on thermal comfort, stability study of pharmaceutical products, etc. The way it works or even the lifespan of a product can be influenced by weather and humidity conditions. They are highly energy efficient, that is, they have low energy consumption, in addition to having great mechanical strength in their structure.

To evaluate these possibilities that can occur during its manufacture, transport, storage and use, several simulations of climatic conditions are carried out. Thus, one can identify if there are improvements to be made before such a product goes to market.

MAIN APPLICATIONS OF HUMIDITY CHAMBER/ENVIRONMENT CHAMBER:

• Aerospace
• Food
• Automotive
• Electronics
• Pharmaceuticals
• Military
• Nuclear
• Oil/Gas & More

FEATURES OF HUMIDITY CHAMBER/ENVIRONMENT CHAMBER:

• Short, medium and long term stability
• High durability
• Easy cleaning
• Quick and easy installation, with low investment to adapt the area where it will be located
• Internal utilization in relation to its occupation area
• Precision in temperature control and humidity
• Low consumption of water and electricity
• Low noise level
• Equipment designed to meet all the criteria of the pharmaceutical industry and regulations.
• External Finish: Carbon steel with anti-corrosion treatment and electrostatic powder painting

TECHNICAL CHARACTERISTICS OF HUMIDITY CHAMBER/ENVIRONMENT CHAMBER:

• It has an exclusive humidification system to avoid damaging the product packaging
• The refrigeration system is ecologically correct, CFC free
• Thermal insulation
• Door with silicone seal
• Ensures product integrity with the protection system against temperature rise
• Temperature reader control via sensor
• Humidity reader via capacitive probe
• Internal door has tempered glass to verify the experiment
• External door with lock and key system
• Easy access humidification system for cleaning – Size flexibility from 112 to 340 liters
• Audible and visual alarm

MAINTENANCE OF HUMIDITY CHAMBER/ENVIRONMENT CHAMBER:

As with all equipment, maintenance must be performed periodically to prevent premature wear of parts. Also, check if the power cord is damaged, if it is, it must be replaced by the manufacturer or authorized service which will help you to prevent accidents. Here are some recommendations for cleaning:

• Do not use metal materials, such as knives, so as not to damage the steel parts
• External cleaning must be done with a damp cloth and neutral soap. Do not abuse the water, as it can cause a short circuit and damage the equipment.

With years of experience and highly qualified professionals who make it possible to implement reliable tests, Measurement guarantees high quality of service, on-time delivery and accurate humidity/environment test chamber and measurement equipment. If you need more help choosing the right CO2 Incubator for your needs, visit at yatherm.com and speak to expert team of Yatherm Scientific.

Read more about  Ultra Low Deep Freezers and Muffle Furnace by Yatherm scientific manufacturer of scientific equipment.

VACUUM DRYING OVEN: QUALITY AND FAIR PRICE

WOULD YOU LIKE A QUALITY VACUUM OVEN FOR LABORATORY & INDUSTRY WITH FAIR
PRICE!
Vacuum Oven is a fully sealed chamber equipment for heat treatments, developed as needed by the process, with great accuracy of layer and hardness results. A reliable, cost-effective, robust and durable equipment meets the demand of those who can work with the accuracy offered by the electromechanical thermostatic, within a range of 5 °C to 400 °C. The specification includes the most important features enabling efficient and safe vacuum drying, meeting the requirements of users.

APPLICATION OF VACUUM OVEN:
Chamber vacuum oven for de-pyrogenation, moisture content determination, faster drying, annealing, hardening, tempering and aging (metallurgy heat treatments) in controlled atmosphere and vacuum. It is suitable for use in pharmaceutical, biotechnological, university and cosmetic laboratories, as well as in research laboratories of various enterprises.

TECHNICAL SPECIFICATIONS OF VACUUM OVEN:

 Temperature and working range: Up to 400°C
 Resolution: 1°C;
 Control accuracy: +/- 1°C
 Temperature control: Digital with PID
 Resolution: +/- 0.1ºC
 Digital Indication: Led
 Temperature sensor: PT100
 Power cable: 03 pins
 Heating system: Armored Resistance
 Thermal homogeneity: +/- 1
 Stability: +/- 1
 Internal dimensions: up to 121 liters
 SS Trays according to requested capacity
 Power supply: 220 Volts, 50 Hz / 110 V, 60 Hz

CONSTRUCTIVE FEATURES OF VACUUM OVEN:

 Low energy consumption;
 Clean, silent and economical energy;
 Heating element: Alloy metal in alumina tubes with perforated side ceramic plates
protection;
 Safety control for over temperature and thermocouple breakage;
 Thermal insulation: in pre-molded ceramic fiber and super lightweight insulating bricks;
 Uniform temperature distribution;
 Floor with heating, covered with mullite boards;
 Heating on all walls and door;
 Oven structure: Total stainless steel structure. Internal casing in reinforced stainless
steel, containing the muffle;
 Door located on the front with side opening, to the left side;
 Control panel mounted in a metal box located on the side of the oven, separate from
the equipment body;
 Temperature Controller: Micro processed controller, PID and auto tuning;
 It has gas inlet and outlet;
 Turns on gas at the entrance;
 Cover sealing with silicone orings and refrigerated stop with water circulation;
 Low temperature vacuum (air cleaning);
 Digital pressure and vacuum indicator.

Where To Buy High Quality Vacuum Oven With Fair Price!
Yatherm Scientific is specialist quality control equipment and high technology vacuum oven solutions for laboratory or industry and research (R&D) with high quality and fair prices, ensuring safety and efficiency to their procedures. Its products are the result of unique and exclusive partnerships, to bring the best in the market to your laboratory and/or work place.

If your application requires Vacuum Oven equipment with uniform temperature. Yatherm Scientific have different models and sizes to suit any type of use. Every line has heated doors and an exclusive design. Visit at yatherm.com and speak to expert team of Yatherm Scientific will help you specify the best model for your laboratory.

HORIZONTAL & VERTICAL AUTOCLAVE: EFFECTIVE STERILIZATION SOLUTION

Learn more about what is, how to work and how to choose the best vertical and horizontal autoclave (stream sterilizer) according to your need? Follow in this post to find out!

ABOUT HORIZONTAL & VERTICAL AUTOCLAVE:

Autoclaves have a useful lifespan, just like other machinery. And to ensure effective sterilization and user safety, it’s important that all components are fully operational. Autoclave The most complete sterilization solution on the market, which can be configured according to the client’s needs, making the equipment flexible to meet different segments, from hospitals, dental clinics, sterilization centers, laboratories, industries and more.

Horizontal Autoclave:

• Round horizontal autoclave volume size (capacity): up to 550 liters
• Rectangular horizontal autoclave volume size (capacity): up to 1200 liters
• Working temperature up to 134°C
• Working pressure: 15 – 20 psi
• Sensor: Calibrated PT 100
• USB port for recording cycles
• Stainless steel 304 Piping
• Insulation: High-Quality Glass wool

Vertical Autoclave:

• Fully automatic top loading steam sterilizer
• Volume size (capacity): up to 250 liters
• Working temperature up to 134°C
• Working pressure: 15 – 20 psi
• Real-time printer (optional)
• USB port for recording cycles
• Stainless steel cover
• Overpressure safety valve
• Analog operation via selector switch
• Control valve with weighing system and adjustable counterweight

HOW TO USE THE AUTOCLAVE CORRECTLY?

• The duration of the process is, on average, 40 minutes (check the exact time with the manufacturer). This takes into account the entire heating time and exposure of materials to high temperatures. The temperature even varies from up to 134ºC, according to the model.
• This cleaning facilitates air circulation and drainage, in addition to promoting the penetration of steam into the equipment.
• All of this is done without the need for human handling, as the autoclave itself performs the entire procedure.
• The only job is to pack the equipment and load it into the machine.

STEP-BY-STEP AUTOCLAVE STERILIZATION PROCESS:

• First it is necessary to put a certain amount of water in the autoclave chamber. Each machine model has a different indication and it is necessary to follow it;
• For materials in a more critical state of cleaning, it is ideal to leave them for about 30 minutes in a disinfectant solution before sterilization;
• The process on how to pack dental supplies for sterilization is as follows: pack your working supplies (scissors, tweezers, high rotation, counter angle, etc.) in surgical grade paper — available in envelopes or rolls;
• Then, you should just place equipment of the same material in each sterilizer tray. If there is an object of different material, set it aside in another tray;
• Avoid overloading your autoclave and place only small objects at a time;
• For each package or tray, use a chemical indicator;
• Place the equipment properly packaged, always remembering to keep plastic in contact with plastic and lighter ones over heavier ones. This helps in air drainage and steam circulation;
• To prevent accumulation of water on concave objects, always place them face down;
• Turn on and wait for the heating and sterilization cycles to complete;
• Hang up and wait. Once the envelopes are cool, store all of them in a locker until ready to use. For this purpose, Formica cabinets or furniture that do not come into contact with moisture or heat are indicated.

These are some basic and essential precautions for before and after sterilization in the Horizontal & Vertical Autoclave, but they make all the difference in the process of sanitizing your work instruments.

CHECK BEFORE BUY A HORIZONTAL & VERTICAL AUTOCLAVE:

• You can always count on autoclave equipment suitable for your process, in perfect working order and with up-to-date technology.
• The focus of this modality is the acquisition of a good, not a solution.
• You have full control of your equipment’s condition and updates, including maintenance.
• However, all upgrade, maintenance, replacement parts and installation costs are the responsibility of the equipment owner.
• There is a need for an initial investment to purchase the autoclave machine.
• And if you need a replacement of equipment, due to breakdown or other need, you need to acquire a new one – which can lead to a loss of capital.

Therefore, it is important to think carefully before making this decision. But if you have any doubts, don’t worry: get in touch with Yatherm Scientific expert team, who are prepared to clarify any questions and offer the best option for you. Visit yatherm.com and choose the best Horizontal Autoclave or Vertical Autoclave for your complete and effective sterilization solution!

Read more about Biosafety Cabinet and Muffle Furnace by Yatherm scientific manufacturer of scientific equipment.

WHAT IS FLAME PHOTOMETER?

Analysis by flame photometry is a very simple technique based on atomic spectroscopy. The sample is sucked into a flame, receives its energy and generates excited species, which return to the ground state and release part of the received energy in the form of radiation, at specific wavelengths for each chemical element. The estimation of the concentration of compounds by flame photometry is a very important application in different types of samples.

Flame Photometer provides a reliable, fast, and convenient procedure for routine alkaline and alkaline earth metal determinations. The technique provides a fast and reliable means to analyze sodium, potassium, calcium, lithium and barium in a variety of materials.

The flame photometer has application in quantitative analysis in the areas of pharmaceutical, clinical biochemistry and in the fertilizer industry, allowing the determination with simultaneous direct indication of sodium and potassium, whether in the industrial area or in the clinic. The Flame Photometer displays data on a liquid crystal display, in graph form, in terms of concentration. The Flame Photometer operates with automatic calibration of zero and concentration and with a parameter selectable by software. It is combination of clinical, industrial and educational applications in a single instrument and provides fast, accurate analysis in a single aspiration.

FEATURES OF FLAME PHOTOMETER:

• For Measurements and Detections of: K Potassium, Na Sodium, Li Lithium, Ca Calcium, Ba Barium
• Up to 5 Elements in a Single Aspiration (Na, K, Li, Ca and Ba)
• Randomly and Simultaneously
• Communication with Computer or Printer
• Display Touch Screen for Data Entry
• Simultaneous Readings of All Elements
• Direct Readings in ppm, %, mg/L, mEq/L, mmol/L and Others upon Request
• Automatic Calibration
• Chamber and Detachable Burner
• Linearization of the Work Curve
• Automatic Gas Box with Interlock
• Automatic Flame Shutdown in the Absence of Oxidizer
• Coalescent Filter with Automatic Purge Automatic
• Flame Ignition
• Nebulizer and Burner in Stainless Steel
• Barium Reading Can Be Included Increasing the Cost
• Output for PC, Printer and USB
• Recording and Downloading Of Readings

USES OF FLAME PHOTOMETER:

Used to analyze the dosage of specific elements contained in samples: Sodium (Na) and Potassium (K), which may include Calcium (Ca) and Lithium (Li) (optional filters). This observation takes place through the colors that each chemical element is capable of emitting when in contact with a non-luminous flame. Flame Photometer allows stable and reproducible readings for use in clinical analysis and laboratories in the food, ceramic, fertilizer, cement, beverage, etc. industries.

WHERE TO BUY & LEARN MORE ABOUT FLAME PHOTOMETER:

If you are looking for right Flame Photometer, you can find it on the Yatherm Scientific website “yatherm.com“, contact to experts to learn more about Flame Photometer and make your free quote with professionals that best meets your needs. Yatherm Scientific is a leading and trusted company in India that provide and operates in the segment of equipment for quality control, research and development and world-class scientific instruments in the laboratory, university, pharmaceutical, veterinary and cosmetic industries.

Read more about Dissolution Test Apparatus and Biosafety cabinet by Yatherm scientific manufacturer of scientific equipment.

For any enquiry related to any laboratory instruments, feel free to contact us:

Call:  +91 72920 55144

Mail: info@yatherm.com

We Deliver High Quality Yatherm Vibrating Sieves at the Best Prices 

Handling and sorting granular materials that may be of small, medium of large size is a very common task in many research laboratories or industries. In many mining industries, these sieves are regularly used to separate ore from sand, dirt, dust and mud etc. These sieves are important for separation of mined minerals which should be then sent for further processing.

Yatherm is a premier industrial and lab equipment manufacturer and we have extensive experience in designing and manufacturing different kinds of lab and industrial use machinery. We manufacture vibrating screens and sieves to fit various industry standard as well as custom required sizes. We also make sieves that can be used in small size lab based sieve shakers to large size screens that are used for industrial and mining purposes. Our vibrating screens are equally usable in both electromagnetic and motorised shakers.

Vibrating sieve size options availablefrom Yatherm include:

• 50 cm by 200 cm
• 50 cm by 250 cm
• 50 cm by 300 cm
• 100 cm by 200 cm
• 100 cm by 250 cm
• 100 cm by 300 cm

Vibrating screens are fitted in machines with a multi-layered structure.

• Screen box is the primary holder where the material that has to be shaken and cleaned is put in for the screening process.
• Screen frame is the second set of components which is meant to hold multiple layers of sieves together.
• Vibrating Sieve is the actual sieve that is used to separate the valuable material from the dust, dirt and sand. These can be made of many things including most common ones like stainless steel wire mesh, or low carbon steel to more uncommon ones like brass and bronze.
• Vibration motor is the machine that actually moves the sieve vibrate and move around and thus functions properly.
• Motor pedestal is used to mount the vibration motor in a sturdy and stable position. If a machine is newly assembled, it must be duly examined, and its nuts and bolts must be properly tightened.
• Damping springs are used to ensure that only minimal amount of vibration is directed towards the ground and the entire machine remains stable and fixed and vibrations do not cause it to judder and move around,
• Stents are used to hold the entire vibrating screen machine assembly together, upright or at an angle. Consider them the pillars that act as the load bearing entities for the entire device.

Common features of vibrating sieve machines

• These machines are available in small sizes but with large volume of material to be screened
• Yatherm machines are lightweight, and easy to install, dismantle and move around.
• Our machines are fitted with energy efficient motors which save electricity costs.
• Yatherm vibrating sieves are made using simple and plain but durable designs.
• Our products are easy to clean, maintain are replace when worn.
• We make screen meshes using wear resistant bars to ensure long life of products.

For the best quality and most affordable industrial and lab equipment always rely on Yatherm as your partner of choice.

Read more about Test Sieves  and Vacuum Drying Oven by Yatherm scientific manufacturer of scientific equipment.