Relevance of Seed Storage rooms

Seeds are the vital basic factor which promises the future of plants and crops. Therefore seed storage is a very sensitive and significant topic, not only for farmers and agriculturalist but for the world economy as a whole. A seed embodies the embryonic stage of a plant which will be grown in the future.

Its importance can be evaluated from varied perspective like industrial, commercial, economic and research-oriented purposes. All these factors has led to the development of Seed Storage Rooms which are specially designed to create a perfect environment which is suited for storing the seeds, even for long-term use.

The seeds, once germinated grow into seedlings and then into plants. But all the seeds may not have an embryo. So, seed selection is very important in seed biology. Farmers and agriculturalists have to face many challenges from seed harvest to sowing.

Seed storage rooms which integrate advanced technologies really help in solving several problems. Seed quality depends a lot on seed storage. It is high only if the seeds are stored in an optimum environment which prevents the decay or other related bacterial infections in the seeds. The seeds collected need to be stored for varying lengths of time, depending on the time of use, the availability of seeds of a certain crop, climatic conditions, soil fertility etc.

Certain seeds also undergo different treatments or enhancements like coated, primed, detailed etc., thus getting a short life span. Such seeds require special care even inside the seed storage rooms so that the quality remains intact. For large scale plant cultivators, seed inventory can be a costly investment. Any losses of seed quality can mean a poorer seed performance which has a direct adverse effect on the profit margins.

The environment in the seed storage rooms should be adjusted in such a way that there is a complete control on the temperature and the moisture or humidity level, considering that these are the two major factors affecting the seed quality.

Now-a-days, advanced seed storage rooms are available in the market which can be customized as per your specific requirements. They suit most of the industrial and research-oriented needs and meet the standards in providing the best possible seed quality and seed protection so that it is not exposed to elements which accelerate seed decay process. Therefore, seed storage rooms provide the perfectly environment conditions by controlling the temperature and humidity at desired levels.

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Industrial Applications of Salt Spray Test Chamber

Most of the industrial products which are used on a large scale are manufactured by using metals. The metallic surfaces, which are prone to corrosion attacks from various sources should be treated and taken good care of, in order to make them last long.

Ferrous and non-ferrous metallic surfaces have high chances of getting destroyed by attacks from exposure to certain levels of humidity, acids, solutions, gases etc. Therefore, it is very important to protect them from corrosion attack by using good surface coatings which form the protective layer. A Salt Spray Test Chamber does just that.

It is possible to protect metallic surfaces from corrosion attack only if a proper corrosion resistant is applied and then tested for failures, in order to guarantee the durability of the product. Now-a-days, comparative quality control strategies are being adopted during the production stage itself as a proactive measure. The best known process, which is popular as corrosion resistant, is spraying vapor tests using various salt solutions as well as condensation water climates using salt spray test chamber. Powerful reactants are turned into mists which are spayed on to the surface of metals like steel, zamak or brass. The appearance of corrosion products (oxides) is evaluated after a period of time.

A salt spray test chamber is an enclosed chamber where concentrated solutions are spayed in mist form to check the resistance of metals. It is the most popular and standardized test method used to check corrosion resistance of coated samples. It is very affordable and delivers fast results. It also supports repeated experiments or test conditions. Hence, salt spray test chambers are widely used in industrial applications and commercial areas for the evaluation of corrosion resistance of finished surfaces or parts.

It is employed in automobile equipment testing, aircraft engineering and also in construction industries. Most of the metal surfaces will be coated with paint, primer, rust-preventive coatings etc. Salt spray test is also conducted on these coated surfaces to evaluate their resistance to corrosion and rust.

Modern day salt spray test chambers are designed in the best manner to meet all the testing standards and also the testing parameters like temperature, air pressure of the sprayed solution, preparation of the spraying solution, concentration, pH etc. The digital controls and user-friendly interface make it simple to use the complex processes involved in corrosion testing using a salt spray test chamber.

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Relevance of Water Analyzers

Water comprises about 70 % of our planet. It is a vital and fundamental element which is essential for all forms of lives to sustain. Along with natural water bodies, rain is another important source of water. But the quality of water is diminishing on a rapid scale as the world witnessing population explosion and other technological and industrial development on large scale.

Researches and developments in chemical and biotechnical domains release many wastes which cause many ecological problems. As these wastes are dumped in large water bodies, water becomes contaminated with toxic as well as other hazardous pollutants making it inappropriate for drinking purposes.

For laboratory and scientific experiments, there is a necessity of pure distilled water. Hence Water Analyzers become significant to analyze water sample on the scientific basis to measure its level of impurities and other contaminants present in water. The use of high quality performance-oriented water analyzers helps in detecting the level of turbidity in water so as to devise proper water treatments required, so that the water can be put for diverse uses.

A part from the need of living organisms and human beings, water is an indispensible element which is used extensively in all areas like industrial, chemical, food etc. The list seems endless as water is used for almost everything.

In this era of the most advanced technological and industrial developments, a proper estimate of water-soluble chemical and industrial waste is not maintained in the official records. This increases the risks of health and environment concerns, making earth an unsafe place to live in. There are high chances that water might be contaminated with toxic chemicals and other bio-degradable wastes which also support the micro biological activity. This leads to many water-borne diseases and other health risks.

Even water filters and purifiers which are used for residential and commercial purposes use water analyzers to estimate the amount of contamination in water. Water samples taken for analyses might undergo various changes before they reach the laboratory for analyses and checking.

A portable water analyzer with advanced techniques eliminates the risk of changes in the components of the water sample taken for analyses. Before ensuring whether the water is good enough for drinking purpose or for industrial or scientific researches, there is a dire need to detect the turbidity, brittleness, dissolved chemicals and several other components which might alter the system adversely. Thus, water analyzers, of world class standards, and which deliver reliable and analytical results, are very much relevant in the current scenario.

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Types of Spectrophotometer

Research and experiments are an integral part of scientific laboratories which helps in the invention of new principles or helps in shaping new dimensions and practical applications to an existing scientific theory or principle. Spectrophotometry, which is the study of the reflection or transmission properties of a substance as a function of wavelength, is one of the main principles in the domain of physics which helps in proving the Beer’s law. According to Beer’s law, the amount of light absorbed by a medium is proportional to the concentration of the absorbing material or solute present. During the process, the transmittance or reflectance of the substance is measured through the careful geometrical and spectral consideration using a spectrophotometer.

Basically, a Spectrophotometer consists of three main elements: a light source, some means for directing the light to an object, and another part to receive the reflected light from the object. The intensity of light received is being measured as a function of its wavelength using the spectrophotometer. This is done by diffracting the light beam into a spectrum of wavelengths. The intensity of the wavelengths is detected by a charged coupled device and the detector will display the results. In latest spectrometers, more advanced techniques are employed to analyze the data and some even comes with an in-built CPU to speedup the entire process and also in obtaining precise and accurate data.

Spectrophotometers which are currently available in the market can be differentiated on the basis of the differences in its method of working. Mainly, the distinction can be done on the basis of factors like the various techniques employed for measuring wavelength, the range of wavelength that each spectrophotometer can work with, the method used to create a spectrum and the sources of intensity variation. Being said that, spectrophotometers can be generally divided in to two main classes: Single beam and double beam. Single beam which was invented first is much cheaper as the entire system and process is very simple. It allows all the light to pass through the sample to measure the light intensity. The main advantages of the single beam design are low cost, high throughput, and hence high sensitivity, because the optical system is simple. The double beam instrument design aims to eliminate the drift by measuring blank and sample virtually simultaneously which is also its main advantage. But, it comes with a higher price and less reliability and sensitivity due to the complexity involved in the procedure. There is also a lesser known class of spectrophotometer called the split beam. Even it is similar to the double beam spectrophotometer, it uses a beam splitter instead of a chopper to send light along the blank and sample paths. All these are used in different domain of modern science like physics, chemistry and astronomy and various other industrial applications like in the field of chemical, pharmaceuticals, automobiles and semiconductors.

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Temperature Shock Test Chamber Applications and Advantages

One of the greatest challenges faced by the construction industry or equipment manufacturing industry is maintaining the reliability and quality of the product, irrespective of environmental changes.
Equipments or devices, which are specifically developed to deliver a certain range of functions should not deviate or change their behavior under any stress. This can be guaranteed by the manufacturer only if he resorts to all the possible quality checks and measures, starting from the production phase itself.
A Temperature shock test chamber is widely used to evaluate the generic behavior of a product under extreme temperatures. It is capable of increasing or decreasing the temperature to extreme points, so that it is possible to analyze how a product functions under stressed environmental conditions.
The application of rapid temperature cycling reveals the errors and faulty functions that may occur, if the product is exposed to such climatic situation sin the future. If Temperature shock test chamber is used during the prototype development itself, then it will be easy to evaluate the system and also helps in formulating proactive remedial measures in case of failure.
A Temperature shock Test Chamber is widely used in various research and development projects and also has specific applications in diverse industrial and commercial domains like aviation and aerospace engineering, medical research, electronic engineering etc. It is also used in testing of pharmaceutical and cosmetic products.
It is revealed that temperature changes might trigger reactions among the chemical compounds included in medicines and other cosmetic products leading to a change of state as well as changes in expected results or behavior. Hence, a Temperature shock test chamber is considered as one of the best ways to find out the expected shelf life and reliability of certain products, under extreme temperature conditions like too high or too low.
Using an advanced temperature shock test chamber, it is possible to apply rapid temperature changes in order to test the quality of the manufactured product. It also paves way for improving the existing functionalities of the specimen as it gives a clear analysis of the strong holds and weak points of the products under testing.
Under normal conditions, a product may follow its routine in a regular manner but the latent flaws inside a product are revealed only if it is used under stressed environmental conditions. Thus, temperature shock test chambers can be regarded as the best option to simulate or replicate high or low temperature cycles in an energy-efficient way, within the minimum time period.

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Importance of Sand and Dust Test Chamber

The testing of industrial and scientific equipments which are employed for diverse applications in various domains is posing one of the biggest challenges in the successful completion of various large-scale projects. In such cases, quality checks and testing are not confined to just software or hardware functionality testing but also cover the durability of the products, their behavior under stressed environmental and ecological conditions etc.
Environmental Chambers are very much effective in replication natural environment conditions in a simulated manner. Sand and dust test chambers can be considered as specialized environmental chambers which are mainly used to simulate the conditions or environment found in the deserts. The industrial as well as commercial equipments used in such extreme geographical conditions must be able to withstand a heavy exposure to sand and dust which are the characteristic features of a desert.

Rather than conducting the test in an outdoor environment, the Sand and dust test chamber simulates the conditions inside the chamber so that it becomes easy to analyze the behavior of a product under the extreme conditions of sand and dust exposure. These can provide real-time recorded outputs of each critical parameter of a blowing sand or blowing dust environmental simulator.

Sand and dust test chambers are also able to adjust various parameters like particle concentration, particle velocity, particle distribution, air velocity, and area of exposure etc. The ability to repeat the test within a fixed time period also increases its reliability factor. It also enables the researchers and the scientists to come with more improved predictive failure analyses and pro-active measure in case of an emergency. This, in turn, has a positive impact on brand recognition and product quality.

Sand and dust test chambers are widely used in the domains of military equipments, aircraft engineering and telecommunication devices like wireless and satellites. These are also employed to get the desired results by simulated environments for dust and sand testing and for meeting the standards for blowing sand and dust particles for testing purposes.

Most of the Sand and dust test chambers are available in standard and custom models, which can accommodate any test product of varying size and weight. The access door is correctly positioned to ensure the safety of the operator and is sealed properly. All the parameters are displayed on the digital boards and the integrated microchip processor makes the functions much simple and hassle-free for the operator. Thus, a Sand and dust test chamber helps in understanding the faults that can occur in a system or a product under a condition of stress.
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Importance of Walk-in Cold Room

Most of the industrial and commercial warehouses dealing in different sectors like agro-food industry, pharmaceutical companies, slaughter foods industry, tinned and canned foods etc. invest in high quality, durable industrial Walk-in Cold Room storage solutions which guarantee hassle-free storage options even in low temperature environments for long time periods.

Scientific research has proven that the shelf life of perishable goods can be increased if they are preserved properly in refrigerated cold rooms. Walk-in Cold Rooms are the optimal storage solution, which helps in elongating the shelf life of food grade products.

Processed foods normally contain added preservatives to maintain their quality and prevent them from bacterial and fungal attacks. But such products are perishable if exposed to normal environment as there might be temperature and humidity variations in the environment. But a Walk-in Cold Room assures large scale manufacturers that there won’t be any unexpected loss due to deficiency in storage solutions.

The functioning of Walk-in Cold Rooms might appear similar to environment chambers or stability rooms as they provide an environment where it is possible to achieve precise control on the combination of humidity and temperature climates to meet testing and storage needs. But walk-in cold rooms are refrigerators equipped with built-in modular chambers which provide a control on temperature below the normal lab ambience. These are modular equipments which are available in the market in different sizes and heights and are also widely employed for research purposes in the domains of cell culture, plant physiology, microbiological developments, medical researches and many more.

Walk-in cold rooms also enable the users to control the temperature level as required for different types of things to be stored. In case of commercial uses, a walk-in cold room might be used for storing agricultural products or food grade products but still they require a different level of temperature for different goods.

Certain products need to be stored in a frozen state whereas very low temperature is enough for several other products. Most of the manufacturing and distributing business houses in various domains make use of Walk-in Cold Rooms. There are numerous cold room manufactures who build modular and pre-fabricated walk-in cold rooms in different sizes and heights. All units are insulated with thick insulation wraps for delivering the most temperature-controlled environment in the interiors of cold rooms. These are also highly reliable and designed for easy installation and assembly. Thus, walk-in cold rooms prove to be an efficient storage solution for both industrial and scientific applications.

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Water Testing Scientific Equipments to Measure Water Quality

Pure and clean water for drinking as well as sanitation purposes is the basic right of each individual. With population explosion, like all the other natural resources, water is also getting scarce. The demand is increasing day by day while the supply is not rising accordingly.
 

The basic and primary purpose of water is to be used for drinking. Even though water appears clean and clear, it might not be safe to be used for drinking purposes. Water might be polluted by natural pollutants as well as by man-made pollutants. The man of source of water can be considered as ground water, surface water and rain water. All this water cannot be used for drinking purpose or for laboratory use just the way it is. It should be screened for natural contaminants and other artificial pollutants.

 

Man-made water pollution is caused by open defecation, dumping waste and garbage in water sources, poor agricultural practices, and chemical spills at industrial sites. Water also contains microbiological organisms like bacteria, viruses, and worms which might not be visible to the naked eye. If water is consumed as such, there will be many health risks which may prove fatal at a later stage. Not just that, the water from certain areas is quite high in chemical content, minerals, and other toxic metal ores. The main reason is that ground water moves through underground rocks and soils which are rich in chemical and metal content.

 

For laboratory use, water should be distilled and pure. Then only the researchers and scientists get expected results out of certain experiments and calculations. Hence, the only way to make sure that the available water is not contaminated by making the water subject to testing and treatment, which require scientific equipments that specialize in water testing.

 

Water Testing is the process where specialized and high-quality laboratory equipments are employed in sampling and analyzing water with respect to different parameters like chemical content, toxic level, presence of micro organisms, and human pollutants like litter, chemicals and fertilizers, household rubbish and sewage.

 

Depending upon the use of water, the testing becomes more complicated. Hence, world-class scientific equipments are required for water distillation as distilled water is used for chemical experiments and research, and also for medical and industrial use.

 

There are special equipments for distillation purpose and to check the turbidity of water. Drinking water should be free of pathogens and should have a low concentration of toxic chemicals. It should also be tasteless, odorless and colorless. All these can be assured only by the use of scientific equipments which are capable of measuring the water quality in a fast and accurate manner.

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Advantages of Soil Testing Equipments

contaminants and other compositions to make sure that the soil is fit for agricultural use, industrial use or any other alternative purposes. But not many are aware of the basic properties of soil and a majority of the population puts soil to different uses which might not be appropriate for that variant of soil.

Soil, which has a high percentage of nitrates and other chemical components, need not be furnished with any artificial fertilizers. Adding more fertilizers, without testing the soil, only adds up to the destruction of the soil texture as well as for agricultural prospects. Conducting a soil test using advanced scientific Soil Testing Equipments reveals its growth potential.

A soil test basically measures the fertility of the soil, acidity or pH level, toxic level by determining the mineral and chemical content in the soil. Even though soil is the basic thin layer above the earth’s crust, its composition is quite complex due to the presence of different minerals and chemicals in varying proportions, thus making it suitable for special uses. Certain crops grow well if certain chemical component is present in the soil. Hence, soil testing gives the agriculturists a considerable amount of advantage to decide which soil is suitable for what purpose, so that the productivity and returns are also enhanced.

Soil testing equipments play a decisive role in analyzing the physical, chemical and biological properties of soil, which actually determines its fertility and productivity. Physical properties of soil help us in determining the irrigation and water supply programs that work in coordination with that particular type of soil. To be more specific, in certain areas, soil has more water retaining tendency where irrigation program can be planned and implemented to suit that. This will not only impact productivity in a positive manner but will also reduce the overhead costs involved in agricultural infrastructure.

Now-a-days, various scientific analysis soil testing kits are available in the market. But it is really important to choose the best one which analyses the soil sample with respect to different parameters like pH value and provides detailed and essential information on temperature measurement, TDS measurement, ORP measurement etc. in the most precise and accurate manner. The test kits are actually the condensed and concentrated form of elaborate laboratory analytical procedures which analyze soil. These are simple to use, quick and reliable. The benefits of soil testing while using scientific and world-class soil testing equipments have proved to be very productive. Soil, as a natural resource, is utilized in an optimum manner by identifying the best way to increase productivity.

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Significance of Plant Tissue Culture

Plant tissue culture is a collective process where plant cells or tissues are grown in a sterile and controlled environment in an artificial setting. Plant tissue culture is widely used to produce clones of a plant in a method known as micro propagation, disease elimination, plant improvement etc.

This process has widened the research horizon of plant biology domain where more plants can be grown faster, thus yielding more plants and plant products like fruits, seeds, flowers etc. It is quite important in microbiological studies and also in commercial horticulture.

Producing plants of certain rare species requires controlled temperature and humidity setting, which assist in quick growth of plants. But in the natural environment, it is very difficult to obtain the optimum ambience which is favorable for cell culture and plant growth. It also depends on various other external factors like lighting and climatic conditions etc. which may vary from one geographic region to another.

Plant Tissue Culture is an effective method of reproducing the plants for commercial as well as research-oriented purposes. It also enables the scientists to analyze the growing conditions and specific requirements of each variety of plants at different stages of growth.

Plant tissue culture has a lot of advantage over the traditional methods of propagation so that it is best suited for the fast-paced modern world where all the things are produced within an instant. Artificial culture of plant tissues also eliminates the need for seeds or even the process of pollination.

Plant tissue culture also facilities the regeneration of whole plants from plant cells that have been genetically modified. In some cases, there are low chances of seed germination even after adopting advanced seed germination techniques and also by proper care. Tissue culture comes to rescue in such cases by easy reproduction of plants like orchids and nepenthes.

The success of Plant tissue culture depends on the culture environment which is provided in the best possible manner by laboratory plant growth chambers or environment chambers. Advanced lab equipments meet the requirements like culture vessel, the growth medium, and the external environment including light and temperature etc.

Unless the optimum environment is not provided for plant tissue culture, the cells may not replicate the actual qualities of the original cells or plants. The process is used widely in research-oriented applications and also in large-scale growth of plant cells in liquid culture.

ACMAS Technologies is a leading Manufacturer of Industrial & Laboratory Equipments for various Applications such as Endospore removal, Incubation, Cell/tissue culture, Vaccine formation/preservation, Hydroponic environment, Seed germination, artificial environment for dormant, seeds, Parental testing etc. for more information Visit acmasindia.com