Are you tired of dealing with dampness, mold, and corrosion in your products or valuables? Look no further! Desiccant bags offer the ultimate solution for moisture control. These small but mighty packets are specially designed to absorb excess moisture from the surrounding environment, effectively preventing the growth of mold, mildew, and other damaging effects caused by moisture.

Desiccant bags come in various sizes and formulations, making them suitable for a wide range of applications. Whether you need to protect electronics, pharmaceuticals, leather goods, or even food products, there’s a desiccant bag that’s perfect for the job. These bags contain moisture-absorbing agents like silica gel or clay, which trap moisture molecules and lock them inside, ensuring your items stay dry and free from damage.

With their compact size and powerful moisture-absorbing capability, desiccant bags are a cost-effective and efficient solution for preserving the quality and longevity of your belongings. Stop moisture in its tracks and say goodbye to the headaches caused by dampness with the ultimate moisture control solution – desiccant bags.

What are desiccant bags?

Desiccant bags are small packets that contain moisture-absorbing agents like silica gel or clay. These agents have a high affinity for water molecules, allowing them to trap and lock moisture inside the bag. The bags are typically made from porous materials that allow air to flow through while preventing the escape of moisture. This unique design makes desiccant bags highly effective in removing excess moisture from the surrounding environment.

Desiccant bags come in various sizes and formulations, making them suitable for a wide range of applications. Whether you need to protect electronics, pharmaceuticals, leather goods, or even food products, there’s a desiccant bag that’s perfect for the job. These bags are available in different shapes, such as sachets, canisters, and packets, to accommodate various storage and packaging needs.

desiccant-pouch

How do desiccant bags work?

Desiccant bags work on a simple principle of adsorption. When exposed to moisture, the moisture-absorbing agents inside the bag attract and trap the water molecules. The porous materials of the bag allow air to pass through, facilitating the transfer of moisture from the surrounding environment to the desiccant. Once the moisture is absorbed, it is locked inside the bag, preventing it from causing any damage to the stored items.

The moisture-absorbing agents used in desiccant bags, such as silica gel or clay, have a high surface area and a strong attraction to water molecules. This enables them to efficiently absorb moisture even at high humidity levels. The bags are designed to reach an equilibrium point, where they can no longer absorb moisture. At this point, the bag can be easily replaced or regenerated to restore its moisture-absorbing capabilities.

We produce desiccant sachets/packs using:
(a). Silica Gel
(b). Alumina
(c). Calcium Oxide
(d). Molecular Sieves
(e). Calcium Chloride Desiccant
(f). Activated Earths
(g). Super absorbers
(j). Mix Carbon types

clay-desiccants

Benefits of using desiccant bags-

Using desiccant bags for moisture control offers several benefits. Firstly, they help prevent the growth of mold, mildew, and other fungi that thrive in moist environments. This is particularly important for products and valuables that are susceptible to damage caused by mold and mildew, such as electronics, leather goods, and food products.

Desiccant bags also help prevent corrosion and rusting of metal items. Excess moisture can cause metal surfaces to oxidize, leading to rust formation. By keeping the environment dry, desiccant bags effectively protect metal objects from corrosion, extending their lifespan and maintaining their functionality.

Furthermore, desiccant bags help preserve the quality and freshness of various products. In the food industry, for example, the presence of moisture can accelerate spoilage and reduce the shelf life of food items. By using desiccant bags, food manufacturers can ensure that their products remain dry, free from moisture-related issues, and safe for consumption.

Problems Solved by Dew Pouch Desiccants
(a). Cargo sweat
(b). Container rain
(c). Dew point reduction
(d). Excess humidity in goods and shipping containers
(e). Rust and corrosion
(f). Condensation issues in containers and packaged goods
(g). Wet shipments
(h). Mould/fungus in shipment /cargo
(i). Water droplets in packing or export shipments
(j). Mildew issues
(i). Caking of materials
(k). Bad odour

And anything related to moisture/humidity which is effecting customer’s product during storage or shipment.

Choosing the right desiccant bag for your needs-

When choosing a desiccant bag, it is essential to consider the specific requirements of your application. Factors such as the size of the storage space, the level of humidity, and the sensitivity of the stored items to moisture will influence the type and quantity of desiccant bags needed.

For small enclosed spaces, such as shoeboxes or electronic devices, sachets or small packets of desiccant bags are usually sufficient. These can be easily placed inside the storage area to absorb excess moisture. For larger areas or packaging applications, canisters or bulk desiccant bags may be more suitable. These canisters or bags can be placed strategically to ensure maximum moisture absorption.

It is also important to consider the humidity level of the environment in which the desiccant bags will be used. Different desiccant materials have different moisture adsorption capacities, and their performance may vary depending on the humidity level. It is recommended to consult with a desiccant expert or refer to product specifications to determine the appropriate desiccant material and quantity needed for your specific application.

Contact us to get the best solutions according to your need from our experts:

Call: 7017801212

How to use desiccant bags effectively-

To ensure the effective use of desiccant bags, it is important to follow a few guidelines. Firstly, desiccant bags should be stored in airtight containers when not in use. This prevents them from absorbing moisture from the surrounding environment and allows them to retain their moisture-absorbing capabilities for longer.

When using desiccant bags in packaging applications, it is important to ensure that the bags are in direct contact with the items they are meant to protect. Placing the bags inside a sealed package or container helps create a controlled environment, allowing the desiccant to effectively absorb moisture and prevent damage to the packaged items.

Regular monitoring of the desiccant bags is also recommended to ensure their effectiveness. Checking the color indicator, which is typically present on silica gel desiccant bags, can help determine when the bags need to be replaced or regenerated. If the color indicator changes from blue to pink, it indicates that the desiccant has reached its maximum moisture absorption capacity and needs to be replaced or regenerated.

Applications of desiccant bags in various industries-

Desiccant bags find applications in a wide range of industries where moisture control is crucial. In the electronics industry, desiccant bags are commonly used to protect sensitive electronic components from moisture damage during storage and transportation. They are often included in electronic device packaging to ensure that the devices reach the end-users in optimal condition.

In the pharmaceutical industry, desiccant bags play a critical role in maintaining the quality and efficacy of medications. Moisture can degrade the stability and effectiveness of pharmaceutical products, making desiccant bags an essential component of pharmaceutical packaging. They help prevent moisture-related issues and ensure the longevity of medications.

The food industry also benefits from the use of desiccant bags. Moisture can accelerate the growth of bacteria and mold in food products, leading to spoilage and potential health risks. Desiccant bags are commonly used in food packaging to maintain the freshness and quality of various food items, including dried fruits, nuts, and snacks.

Other industries that rely on desiccant bags for moisture control include the automotive industry, where desiccant bags are used to prevent moisture-related issues in vehicle storage and transportation, and the textile industry, where desiccant bags help protect fabrics and garments from mold and mildew during storage and shipping.

Common misconceptions about desiccant bags

Despite their effectiveness and widespread use, there are some common misconceptions about desiccant bags. One misconception is that desiccant bags are a one-time use product and cannot be regenerated. In reality, many desiccant bags, especially those containing silica gel, can be regenerated and reused multiple times. Regeneration involves heating the desiccant bags to remove the absorbed moisture, restoring their moisture-absorbing capacity.

Another misconception is that desiccant bags are harmful and can contaminate the stored items. However, desiccant bags are typically made from non-toxic materials, and the moisture-absorbing agents used, such as silica gel, are considered safe for most applications. It is important to choose desiccant bags that are specifically designed for the intended use to ensure their safety and compatibility with the stored items.

Conclusion: Why desiccant bags are the ultimate solution for moisture control

Desiccant bags provide a cost-effective and efficient solution for moisture control in a wide range of applications. Their ability to absorb excess moisture prevents the growth of mold, mildew, and other damaging effects caused by moisture. Whether you need to protect electronics, pharmaceuticals, leather goods, or food products, there’s a desiccant bag that’s perfect for the job.

By choosing the right desiccant bag and following proper usage guidelines, you can effectively control moisture and ensure the longevity and quality of your belongings. Don’t let dampness, mold, and corrosion ruin your valuable items – invest in desiccant bags, the ultimate solution for moisture control. Say goodbye to moisture-related headaches and enjoy the peace of mind that comes with knowing your belongings are dry and protected.

Are you tired of dealing with the constant nuisance of dampness and moisture ruining your belongings? Look no further, because we have the perfect solution for you. Say goodbye to dampness and hello to peace of mind with silica gel desiccants. These small, yet mighty, moisture-absorbing wonders can safeguard your prized possessions against the damaging effects of humidity. Whether it’s protecting your electronics, leather goods, or even food items, silica gel desiccants can do it all. In this article, we will explore the benefits of using silica gel desiccants and how they can revolutionize the way you store and protect your belongings. Get ready to bid farewell to mold, mildew, and musty odors, and embrace a dry and worry-free environment with the help of silica gel desiccants. Join us as we dive into the world of moisture prevention and discover the power of silica gel desiccants.

Understanding the concept of dampness and its effects

Dampness is a common problem that many people face, especially in areas with high humidity levels or during the rainy season. It can lead to the growth of mold, mildew, and musty odors, which not only damage your belongings but also pose health risks. Moisture can seep into electronic devices, causing corrosion and malfunctions. It can ruin leather goods, causing them to lose their luster and become brittle. Even food items are not immune to the effects of dampness, as it can lead to spoilage and contamination.

Silica gel desiccants offer a simple and effective solution to combat dampness. These small packets contain silica gel beads, which have a high affinity for water molecules. As the air comes into contact with the desiccant, the silica gel beads absorb the moisture, preventing it from causing any harm to your belongings.

How do silica gel desiccants work?

Silica gel desiccants work on the principle of adsorption, not absorption. While absorption involves the process of a substance being absorbed into another, adsorption refers to the adhesion of molecules to the surface of another substance. Silica gel, a porous material, adsorbs moisture by attracting and holding water molecules onto its surface. This process continues until the equilibrium between the relative humidity of the surrounding air and the silica gel desiccant is reached.

The silica gel beads inside the desiccant packets are initially dry and, therefore, have a high affinity for moisture in the air. As the relative humidity increases, the silica gel beads start to adsorb the excess moisture, effectively reducing the humidity levels in the surrounding environment. This prevents the growth of mold and mildew, as well as the development of musty odors.

The benefits of using silica gel desiccants

Using silica gel desiccants offers numerous benefits when it comes to protecting your belongings from the damaging effects of dampness. Here are some of the key advantages:

1. Prevents mold and mildew: Silica gel desiccants actively absorb moisture from the air, preventing the growth of mold and mildew on your belongings. This is especially important for items such as clothing, leather goods, and documents, which are susceptible to damage caused by fungal growth.

2. Preserves electronic devices: Electronics are highly sensitive to moisture and can easily get damaged if exposed to damp environments. Silica gel desiccants help to maintain a dry atmosphere around your electronic devices, preventing corrosion and malfunctioning due to moisture.

3. Preserves the quality of food items: Food items, such as spices, dried fruits, and packaged snacks, can lose their freshness and nutritional value when exposed to moisture. Silica gel desiccants help to absorb excess moisture, preserving the quality and shelf life of your food items.

4. Protects against musty odors: Musty odors are a common problem in damp environments. Silica gel desiccants effectively reduce the humidity levels, preventing the development of musty odors and keeping your belongings smelling fresh.

5. Cost-effective and reusable: Silica gel desiccants are a cost-effective solution for moisture prevention. They can be easily regenerated by heating them in an oven or a microwave, making them reusable and long-lasting.

Types of silica gel desiccants available in the market

Silica gel desiccants come in various forms, each designed for specific applications. Here are some of the most common types:

1. Packet desiccants: These are small packets filled with silica gel beads, which are ideal for placing inside storage containers, shoeboxes, or bags to protect items from moisture.

2. Canister desiccants: Canister desiccants are larger containers filled with silica gel beads. They are commonly used for protecting larger items or in spaces with higher humidity levels, such as basements or garages.

3. Breathable sachets: These sachets are made from a breathable fabric, allowing air to pass through while still providing moisture-absorbing properties. They are often used for protecting delicate items, such as jewelry or camera equipment.

4. Bulk silica gel: Bulk silica gel is available in loose form and is ideal for applications where a larger quantity of desiccant is required, such as industrial or commercial settings.

Using silica gel desiccants for different belongings – electronics, clothing, documents, etc.

Silica gel desiccants can be used to protect a wide range of belongings. Here are some tips for using them effectively:

1. Electronics: Place a few silica gel desiccant packets in the storage area or container where you keep your electronics. This will help to maintain a dry environment and prevent moisture-related damage.

2. Clothing: Place a few silica gel desiccant packets inside your wardrobe or clothing storage containers to prevent mold and mildew growth. This is especially important for items made of leather or natural fibers, as they are more susceptible to damage caused by dampness.

3. Documents: Store important documents in a sealed container along with silica gel desiccant packets to prevent moisture damage, such as yellowing or ink smudging.

4. Food items: Place silica gel desiccant packets inside food storage containers to absorb excess moisture and maintain the quality and freshness of your food items.

Tips for using silica gel desiccants effectively

To make the most out of your silica gel desiccants, consider the following tips:

1. **Replace regularly**: Silica gel desiccants have a limited capacity to adsorb moisture. It is recommended to replace them regularly, especially in high humidity environments or when they have reached their saturation point.

2. **Recharge when needed**: Silica gel desiccants can be regenerated by heating them in an oven or microwave. Follow the manufacturer’s instructions for recharging to ensure their effectiveness.

3. **Store in airtight containers**: When not in use, store your silica gel desiccants in airtight containers to prevent them from absorbing moisture from the surrounding environment.

Common misconceptions about silica gel desiccants

Despite their widespread use, there are some common misconceptions surrounding silica gel desiccants. Let’s debunk a few of them:

1. Silica gel is toxic: Silica gel is non-toxic and safe to use. It is commonly found in food packaging to absorb moisture and maintain product quality.

2. Silica gel can be reused indefinitely: While silica gel desiccants can be regenerated, they have a limited lifespan. Over time, the silica gel beads may become less effective at adsorbing moisture, necessitating their replacement.

3. Silica gel can be eaten: Silica gel desiccants are not edible and should be kept away from children and pets. If accidentally ingested, seek medical attention immediately.

Where to buy silica gel desiccants

Silica gel desiccants are readily available and can be purchased from various sources, including online retailers, hardware stores, and packaging suppliers. Ensure that you choose a reputable supplier to ensure the quality and effectiveness of the product.

Conclusion: Protect your belongings with silica gel desiccants

Silica gel desiccants offer a simple yet powerful solution to combat dampness and protect your belongings. Whether it’s electronics, clothing, documents, or food items, these moisture-absorbing wonders can safeguard your prized possessions against the damaging effects of humidity. By understanding how silica gel desiccants work, using them effectively, and dispelling common misconceptions, you can bid farewell to mold, mildew, and musty odors. Embrace a dry and worry-free environment with the help of silica gel desiccants and say goodbye to dampness once and for all.

Rice husk disposal is a big concern for farmers and millers all over the world. When rice husk is used as a fuel in a boiler, it produces rice husk ash (RHA). RHA is a waste product that comprises 60 to 80 percent amorphous silica (SiO2), which is used in a variety of industries. Rice husk ash, unlike other industrial by-products, is made from agricultural waste.

Because of the abundance of RHA generated from combustion, it is worthwhile to use the properties of silica developed from RH and RHA. RHA silica can be used to make special concrete mixes. There is a growing demand for fine amorphous silica in the production of special cement and concrete mixes, high-performance concrete, high strength, low permeability concrete, for use in bridges, marine environments, nuclear power plants, etc.

Bee Chems is a popular rice husk ash silica manufacturer that has developed economical, eco-friendly, easy ways of extracting high-purity silica from RH/RHA. Rice husk ash silica are used in steel industries, agro-industries, etc. Adding rice husk silica to concrete mix even in low replacement can dramatically enhance the strength of concrete by 10-20%. RHA silica helps develop excellent water-resistant properties and is used in waterproofing compounds that can reduce water penetration by as much as 60%.

 

Properties of rice husk ash silica

  • High pozzolanic activity causes the strength and durability of concrete to be enriched
  • A potential green resource
  • A useful technique for waste disposal and utilization
  • Energy effective

 

Applications of rice husk ash

  • Silica generation:

The ash generated can be stored for silica extraction.

  • Electricity generation:

The steam generated is utilized in a steam turbine which generates electricity. Electricity generated is consumed for mill requirements.

  • Environment-friendly:

Any industry that uses rice husk as fuel for cogeneration can benefit from this technology

  • Steel Industry

Some factories used RHA sprinkle to prevent rapid cooling of the iron and steel so uniformly.

  • High strength concrete

Use as an ingredient in the manufacture of high-strength concrete.

 

Benefits of precipitated silica generated from rice husk ash

  • Precipitated silica from rice husk ash is from a bio source and is non-toxic
  • Precipitated silica is extracted from waste hence nullifying the raw material cost
  • Lowers the heat of hydration by as much as 30%
  • Help reduce chloride ion penetration by as much as 50%
  • Promotes a better working condition for those working with concrete

 

Packaging Options

  • 250 Kg. HDPE barrels
  • 1000 Lts. IBC/Tote tanks
  • 20-25 metric tonnes in ISO tankers
  • 20-25 metric tonnes in Flexi tanks

The company also provides custom packaging options for special requirements.

Food Preservation involves processing the food in such a way that it prevents the growth of microorganisms and slows down the oxidation of fats which may cause rancidity. By preventing the oxidation of food, you can increase the shelf life of a food product. The technology of active packaging in food preservation has been improving day by day. Storing food items in packages that are impermeable to oxygen is one of the most reliable methods. Also, ethylene absorber sachets have been used to increase the shelf life of fruits, vegetables, and flowers. So, in this article, we will help you to find out the usage of ethylene absorber and oxygen absorber in food preservation.

The Need for Preserving Food

Research on food preservation has been going on for a long time. Over time, there have been discoveries and inventions of new methods of food preservation that are better and reliable. Similarly, the usage of ethylene and oxygen absorbers in food preservation has been a better method to increase the shelf life of food products.

Most fresh vegetables, fruits, and flowers release ethylene and water vapour after harvesting. These substances act as a catalyst and speed up the ripening of vegetables, fruits, and flowers. The ethylene absorber sachets are used to slow down the process of ripening.

Active packaging has been one of the best measures for the preservation of food and enhancing the shelf life of a product. As the usage of food preservatives is low in this method, the customers are quite happy and satisfied as this doesn’t cause any harm to the users.

How Does Ethylene Absorber Help In Food Preservation?

Vegetables, fruits, and flowers produce ethylene and water vapour after harvesting. Ethylene acts as a catalyst in the process of ripening. It causes deterioration, shattering, and ripening and the excess moisture present speeds up the process of decaying and formation of fungus and moulds.

The ethylene absorber sachets like the Freppe are made of zeolites and minerals that absorb the ethylene in a package and thus increase the shelf life of a food product. Bee Chems, which produces Freppe, is one of the largest manufacturers and suppliers of ethylene absorber sachets.

What Are The Applications Of Ethylene Absorber Sachets?

  • Cold Storage
  • Home Refrigerators
  • Domestic and Transit Storage
  • CA Rooms
  • Super Markets
  • Walk-in coolers
  • Community Refrigerators
  • Transport and Delivery Trucks
  • Wherever the fresh vegetables, fruits or flowers are stored

You can put these sachets inside a package or box that consists of vegetables, fruits, or flowers.

How Does Oxygen Absorbers Help In Food Preservation?

The oxygen absorber sachets help in maintaining the oxygen at deficient levels. By reducing the level of oxygen inside a package, it can reduce the harmful effects of oxygen on food products and the shelf life can be increased.

The presence of oxygen in food products can lead to the formation of mould, fungus, growth of aerobic bacteria, foul odour, rancidity, staleness, change in taste of food, etc. The oxygen absorber in food packages helps in reducing the concentration of oxygen and thus prevents all the issues and extends the shelf life.

The oxygen absorbers can prevent the formation of aerobic pathogens, spoilage organisms, or moulds that can spoil the food. They can also help in retaining the fresh-roasted aroma of coffee and nuts, preventing rancidity can maintaining the quality of high fatty-foods, and many more.

Bee Chems are one of the premium manufacturers of Oxygen Absorbers. The BOXY sachets of all types and grades are available too.

What Are The Applications Of Oxygen Absorber Sachets?

  • Cocoa Powder
  • Processed Snacks
  • Bakery
  • Dry Fruits and Nuts
  • Grains and pulses
  • Medicines
  • Vitamins and Supplements
  • Spices
  • Dried Meat
  • Chocolates or candies
  • Pet Food
  • Birdseed
  • Dairy Products
  • Sweet and processed sugar products
  • Medical diagnostic kits and devices
  • Fish and seafood products
  • Any products which can be harmed by the presence of oxygen and require protection from it.

You can place the oxygen absorber sachets inside the package or box of food products or items that need protection from oxygen.

Conclusion

With time, there have been discoveries of methods that help in preserving food. Ethylene and oxygen absorbers are some of the best practices that help us prevent spoilage of food products and thus reducing the wastage of food that might happen because of rancidity, decaying, fungus, etc. Bee Chems is one of the premium manufacturers in India that produce and supply ethylene and oxygen absorbers for food preservation.

Ethylene causes decaying, ripening, and spoilage of food, and ethylene absorbers maintain the level of ethylene and help prevent spoilage. Oxygen is responsible for oxidizing food products which might lead to several harmful effects and spoilage. Oxygen absorbers reduce the level of oxygen in a package to expand the shelf life of the product.

 

Silica gel is a desiccant which implies it ingests and holds water fume. This is the reason why the most well-known uses for silica gel are putting away and shipping products. Silica gel manufacturers use it to keep goods from spoiling, moulding, or degrading due to humidity.

Silica Gel

Silica gel is an exceptionally absorbent, non-crystalline type of silica used to eliminate dampness from gases and fluids. It is also used to thicken liquids, dull the surface of paints and synthetic films, and others.

Types Of Silica Gel

Silica gel is a shapeless type of silicon dioxide and is otherwise called Silica. It is permeable and involves an irregular and tridimensional structure made from substituting silicon and oxygen molecules.

The synthetic piece of the compound settles on it, an ideal event that is utilised in circumstances where water fumes or particles are needed to be retained and held within. There are three primary types of Silica gel:

  • White non-indicating Silica Gel
  • Blue indicating Silica Gel
  • Orange indicating Silica Gel

Let’s take a look at the types of silica gel in detail:

  • White non-indicating Silica Gel

White non-indicating Silica gel is a desiccant with a high immaculateness level, attributable to a high fume limit and equally high drying effectiveness. This gel comes in a few distinctive work sizes, as per the different industrial processes utilised.

White Silica gel is likewise non-reactive, which implies that its shading will stay white even in the wake of retaining dampness. Its enormous surface region empowers it to utilised to keep touchy items like drugs and hardware safe from moisture.

  • Blue Indicating Silica Gel (turns blue to pink Silica Gel)

Blue indicating Silica gel is known for having a high-water fondness. It contains cobalt chloride, which gives it its unmistakable electric-blue tone. This silica gel is responsive and will change its colour from blue to pink silica gel on arriving at its most extreme engrossing limit. This colour change is valuable in showing that its chance to reactivate it with warmth and draw out the dampness.

Once, dry, the beads turn blue once more, fit to be reused. Blue indicating Silica gel ought not to be utilised with edible things like medications as a result of the high cobalt chloride content that is harmful.

  • Orange Indicating Silica Gel (turns orange to green silica gel)

Orange indicating Silica gel gets its tone from its high substance of methyl violet. This harmful and toxic compound causes the gel globules to change their shade from orange to green silica gel on arriving at the most significant limit.

Just like the blue gel, when the gel is green, it tends to be reactivated by warming, and fit to be utilised again once it is dry and back to its standard orange tone.

Advantages Of Silica Gel

Silica Gel is used in protecting goods against abundance dampness, which can advance the development of form, decay, and erosion. Silicon dioxide is an essential part of silica gel that is used in a granular or beaded structure. As a desiccant, silica gel has a definite fondness for water particles. Silica gel is accessible in bundles or free mass for different purposes.

Some useful advantages & variations of silica gel are as follows:

  • Eco-Friendly Silica Gel
  • Non-flammable Silica Gel
  • Water Resistance Silica Gel
  • Reused by heating
  • Conveniently packed

More about the above-mentioned points in detail:

  1. Eco-Friendly Silica Gel: Silica gel is an absorbent material of various molecule sizes which appropriately dried out from the corrosive silicic gel. It is a decent desiccant, adsorbent and impetus transporter. The primary advantage of silica gel is that it is eco-friendly.
  2. Non-flammable Silica Gel: Silica gel is non-flammable and non-toxic.
  3. Water Resistance Silica Gel: Silica gel can absorb up to 33% of its load in water fume. This adsorption productivity is around 35% more noteworthy than average desiccant muds.
  4. Reused by heating: Silica gel is reused by regenerating-heating the gel will fight off assimilations.
  5. Conveniently packet: Can be advantageously pressed and is accessible in numerous sizes for different applications.

Uses of Silica Gel

Silica gel utilised for ingesting dampness and keeping things dry. Silica gel manufacturers add these desiccant packs to their new items to keep them fresh and moisture free for the buyer. Some uses of silica gel are as follows:

  • Used in liquid phase drying
  • Uses in catalyst production
  • Hydrocarbon and heavy metal absorption
  • Used in perfume dispersant in cars, wardrobes, etc.
  • Used in refrigeration to remove moisture from gases.

Conclusion

The most common use of silica gel is in putting away, packaging, and shipping merchandise. Any item that will damage with high dampness, for example, leather, vitamins, and electrical products may have silica gel inside the bundling. Drying measures like flower or seed reservation may likewise incorporate silica gel desiccants.

Today, a huge number of petroleum companies rely on molecular sieves for purifying gas streams from petroleum products. Often referred as “zeolites”, molecular sieves are crystalline metal alumino-silicates that have a three-dimensional interconnecting network of alumina and silica tetrahedral. These molecular sieves have the tendency to adsorb small molecules and allow large molecules to pass through.

Due to this feature, molecular sieves are in great demand in today’s market. These chemical products are not only used in the petrol industry, but also in chemical laboratories, which rely on molecular sieves for separating compounds and drying reaction starting materials.

Those seeking a reliable provider of molecular sieves can contact Bee Chems for their requirements.

Founded in 1972, Bee Chems is a well-known name in the industry for providing an exceptional range of silica and alumina chemicals. With a glorious legacy of over 42 years in this business, today Bee Chems is popular worldwide for offering molecular sieves at the most competitive prices.

MolCat can be used for a variety of applications like commercial dehydration of unsaturated hydrocarbon streams, including cracked gas, propylene, butadiene, acetylene; drying polar liquids such as methanol and ethanol; separation of normal paraffins from branched-chain and cyclic hydrocarbons; removal of H2S, CO2, and mercaptans from natural gas and many others.

For any requirements, just fill up the enquiry form at the official website, www.beechems.com.

Moreover, they are trusted by customers worldwide for providing chemical products such as activated alumina Actal, gas absorbents Coxout, and many others. 

The rise in pollution levels has contaminated the environment with harmful elements. Important elements like air and water, which are essential for the sustenance of life on Earth, have become harmful for consumption, leading to measures being taken to purify them. To help individuals in this task, Bee Chems is providing activated alumina Actas at the most competitive prices.

The Actas provided by them can also be used as a point-of-entry or point-of-use water treatment device. Moreover, it can also be used in various industrial applications like pressure swing adsorption and other packaged dryers, instrument and low pressure air-drying, scavenging of HF, BF3 from alkylation feedstock, reconditioning of mineral oils like a transformer or insulating oils, and many others. Industries looking for a reliable provider of adsorbents and desiccants can count on this reputed firm for providing exceptional products.

Bee Chems is a well-known name in the industry for providing best-in-class aluminum oxide products. The activated alumina they offer is manufactured from aluminium hydroxide under stringent quality controls and rolled on advanced machines. Available in a packing of 140-150 kg drums and 750 kg jumbo bags, Actas can be used for absorbing chemicals like fluoride, arsenic, and selenium from the contaminated water.

It is a versatile aluminium oxide adsorbent that is also used as a desiccant for various purposes. Besides activated alumina, Bee Chems also offers silica gel, colloidal silica, alumina sols, ethylene absorber, Carbex-gas adsorbent, molecular sieve, and many other chemical products.

Talking more about the activated alumina, one of the representatives of the firm stated, “Activated alumina is for use in both heated desiccant air dryers and heatless / pressure swing compressed air dryers. Dew points of -100° F can be achieved depending on the dryer design and operating conditions. 3-5 bead alumina is the size most frequently used in regenerative dryers. 5-8 bead alumina are used as a pre-bed material to support large desiccant beds and as a pre-buffer for silica gel beds in desiccant air dryers.”

About Bee Chems

Bee Chems has been serving the need for Silica and Alumina chemicals since 1972. Solving the problems of customers and working on improving their profitability, was the driving force behind setting up the company. Working in the field of silica and alumina chemistry, Bee Chems became the first Indian company to manufacture colloidal silica. Since then the company has continuously given new products to the customers at regular intervals and became the first Indian company to make activated desiccants and eco-friendly silica gel. With growing integration with global economies, Team Bee Chems is now putting in every active effort to bring out more such innovative products.

For more information, please visit: www.beechems.com

Freppe is a shelf life extension product that elongates the life of agri products, keeping them fresh for a long time. Generally, Freppe is utilized by a huge number of exporters and importers across the globe for saving agri products from over ripening.

Recently Bee Chems introduced Banana Freppe for saving bananas from over ripening during export. Freppe has the capability to remove unwanted respiratory gases through the oxidation process and thus ensures that the bananas are free from over ripening, rotting and ageing.

Those planning to send bananas to their loved ones living abroad can count on them for their varied needs.

Exporters and Fresh Produce Cold Chain management companies interested in availing Freppe can contact them for their requirements by filling a simple form present on their official website, www.beechems.com.

One of their representatives talked more about Freppe in detail, “We can fine tune the technology in different qualities and combinations to suit individual needs.

The use of Freppe! Protection products during postharvest handling of fruit and vegetables during storage and ripening, and during shipment by truck or sea container can effectively reduce gas concentrations and maintain product quality and shelf-life.”

About Bee Chems

A technology driven company having an experience of more than 44 years in solving problems related to gas and pathogen removal, adsorbent and absorbent applications.

Give us an opportunity to improve the quality of your valuable exports.

We will deliver value to your organization by delivering a better quality produce to your end customer!

For more information, please write to us at relations@beechems.com.

Molecular sieve is a crystalline metal aluminosilicate that is excessively utilized in petroleum companies, for producing purified gases. Molecular sieves have a three-dimensional interconnecting network of alumina and silica tetrahedral and are known as zeolite. They act as desiccants and adsorbents that are used in chemical laboratories for drying or absorbing liquids and gases.

Having a tendency to divide the substances on a molecular stage, zeolite is the same as a sieve that is used for segregating the sand from the rocks.

Let’s take an example of acetone that has a radius of 0.308 nm with water molecules of radius 0.193 nm in it. On adding acetone into the molecular sieve, a stimulation is caused on the minor water molecules that force the water molecules to pass over the filter while leaving behind the bigger molecules of acetone on it.

Molecular sieves can also be used for filtering molecules having the same size. For such molecular structures, the sieve filters the molecules based on their polarity. Professionals looking for molecular sieves can contact Bee Chems for their requirements.

A renowned supplier of chemical products, Bee Chems is known in the industry for providing best-in-class molecular sieves. The molecular sieve they provide is MolCat, that is used for various commercial purposes like dehydration of unsaturated hydrocarbon streams, static dehydration in closed liquid or gas systems, removal of H2S, CO2, and mercaptans from natural gas, separation of normal paraffin from branch-chain, and cyclic hydrocarbons and many others.

Available in beads and extruded pallets, the common size of the molecular sieve is 2-5 mm that can be altered depending on the requirements of the customers.

Individuals can get MolCat packed in 125-150 kg drums, 20 Kg. cartons and jumbo bags at the most competitive prices from this reputed company.

In addition to molecular sieves, Bee Chems also offers silica and alumina products like colloidal silica, nano silica binders, lithium products, alumina sols, acid-resistant mortars, sodium silicates, and many others.