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 silicabinders, lithium products, alumina sols, acid-resistant mortars, sodium silicates, and many others.
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:
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.
Non-flammable Silica Gel: Silica gel is non-flammable and non-toxic.
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.
Reused by heating: Silica gel is reused by regenerating-heating the gel will fight off assimilations.
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.
An efficient packaging solution is essential to extending a product’s shelf-life and transportation. Desiccants are compounds that are used in facilitating low humidity environments. By reducing moisture-induced degradation, desiccants play a key role in enhancing product shelf-life without compromising safety and efficacy. Therefore, it is vital to select the right desiccant to develop, transport, maintain, or store various materials and products. The cheapest or the most convenient option doesn’t lead you to the most valuable solution as poor quality and wrong quantity of desiccant can cause a wide range of problems. Here is a guide from Bee Chems on how to choose the right desiccant for your application:
What do You Need to Know Before Selecting the Desiccant?
When deciding on the proper desiccant, you need to take various parameters into consideration, including LOD (loss on drying), and MAC (Moisture Adsorption Capacity) at low relative humidity and high temperatures. The container in which the product is packaged, shipped, stored, and packaging headspace is also vital in determining how much of a particular desiccant you need and in what packaging form.
It would be best if you also considered the temperature and relative humidity to which the product will be exposed. Each issue is best dealt with by a specific type or combination of different desiccants. An effective desiccant will absorb the water vapor in the air, lowering the relative humidity to the point where water cannot condense, i.e., the dew point.
How to Choose a Desiccant Tailored to your Requirements?
Bee Chems offer a diverse array of desiccants that can be customized to fit a variety of design and manufacturing parameters. The key to ensuring product stability and integrity is the incorporation of a structural desiccant during the initial design and storage phase. By comparing the properties and capabilities of each desiccation product, you can identify the suitable desiccant for your needs and make a clear choice.
What Types of Desiccants can you Choose From?
1. Silica Gel
Silica gel is a popular desiccant choice in the food and drug industry due to its inert, non-toxic, and highly stable properties. With an amorphous microporous structure, silica gel has a vast surface area that attracts and retains water by adsorption, allowing it to absorb up to 40% of its weight in water. Silica gel is the most suitable desiccant for products with stable storage temperatures and high relative humidity.
2. Molecular Sieve
Molecular sieves adsorb moisture more strongly and rapidly than silica gel or clay, making them ideal for products requiring instant protection from moisture degradation. The sieves have a distinctive feature in the uniformity of the pore size openings in their crystal lattice structure. Due to this uniformity, molecular sieves have a high adsorption capacity even at low relative humidity, making them an economical choice of desiccants. However, caution should be exercised when selecting the proper dosage for products with specific RH requirements.
3. Clay
Clay or Montmorillonite Clay is a naturally occurring, porous adsorbent that is mined and then dried for use as a desiccant. One of the biggest advantages of the clay is that the clay can be successfully regenerated for repeated use at very low temperatures without substantial deterioration or swelling. However, this also causes the clay to desorb moisture into the container as temperatures rise.
Where to Buy Desiccants?
If you’re looking to buy high-grade desiccant sachets and bags, Bee Chems is your place to go. In addition to desiccant sachets and bags, the company also molecular sieve, oxygen absorbers, Nano silica, alumina sols, lithium silicate, sodium silicate, and many more products.
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!
A sieve is an object with a mesh-like structure that can filter coarse particles from fine particles. Similarly, molecular sieves are porous substances that help filter out components of lesser molecular weight from liquids, gases, and semi-solids. The pores act as traps for smaller components as the liquid or gas is allowed to pass over the molecular sieve. These molecular sieve pores have fixed diameters and are based on the diameter.
Molecular sieves have uniform size and uniform pore diameter. It is available in pelleted, beaded, and powdered forms. This substance is mainly used in various industries to adsorb water, hydrogen, oxygen, and many other polar molecules. It acts as a drying agent by removing the water molecules from the material. Thus, they are referred to as desiccants. The pores trap the molecules through a surface process known as adsorption.
Molecular sieves have a high affinity toward certain molecules. Such targeted molecules are trapped in pores and accumulate there. After some time, a maximum of adsorbates is trapped by the pores; the sieve becomes saturated.
The biggest feature of molecular sieves is that once they are saturated and cannot absorb any more molecules, they can be regenerated and reused. The molecular sieve regeneration process is quite simple and less dangerous. To regenerate the sieve, pass over the same gas or liquid at a pre-calculated pressure and temperature. The adsorbed molecules will leave the pores, and the primary activated state of the sieves is restored. The molecular sieve regeneration requires no additional system or cost involved.
Molecular sieves are available in various grades, namely, 3A, 4A, 5A, and 13X, they are differentiated based on their structure. Molecular sieves have stronger adsorptive forces allowing water/gases to separate. Molecular sieve type 3A adsorbs 19-20%, type 4A could adsorb 20-21%, 5A can adsorb 21-22% and 13X type can adsorb 23-24%.
Major applications of MolCat™ desiccants:
· CO2 adsorption
· Chlorofluorohydrocarbons purification
· CO and N2 removal from H2 rich streams
· SF6 removal
· Ethanol drying and production
· H2S adsorption
· Refrigeration and air conditioning
· Drying refrigerants in air conditioners
· Dehydration of hydrocarbon gas or liquid
· Adsorption of nitrogen from compressed air
Bee Chems aims to provide an uninterrupted supply of quality desiccants around the globe. With a specialized team to research a diverse spectrum of desiccants and adsorbents, they have to lead the way in protecting products from various industries against the harmful effects of moisture and other polar molecules. The company provides easy access to a wide variety of molecular sieves to fulfill customers’ needs in solving complex moisture issues.
They have a vast collection of molecular sieves for all applications. Majorly, they provide molecular sieves of diameters 3A, 4A, 5A, and 13X. Most of these are available in pellets, beaded, and powdered forms. The company promises to deliver high-quality products that surely fulfill the needs of customers.
Activated Alumina is a desiccant that is very commonly used in the treatment of drinking water. It is generally manufactured by dehydroxylation of Aluminium Hydroxide in such a manner that the result is a highly porous material. It is this porous material, which is widely used in removing impurities from the surroundings. Activated Alumina has a surface area of more than 200 square meters/g, with a very high surface-area-to-weight ratio, which makes the adsorbent process faster and more effective.
The main benefit of using Activated Alumina is that more impurities can be absorbed over more areas in a shorter period. The numerous tunnel-like pores of the Activated Alumina desiccant are its biggest plus-point. The substance facilitates the removal of arsenic and fluoride from drinking water, hence making it safer for consumption. They allow only those molecules to pass through, which are smaller than the even-sized pores while the larger molecules are left behind.
Activated Alumina doesn’t function as a water filtration system. It’s a water treatment device that adsorbs the contaminants present in the water. It consists of a bed of activated alumina granules, which adsorb impurities when water is passed through it. Activated Alumina can be particularly useful for treating source water, which often has high levels of sulfate concentration.
Activated Alumina is the first choice for many municipal corporations around the world for removing impurities like fluoride, arsenic, and selenium from water meant for drinking and household purposes. Activated alumina is often used as a point-of-entry or point-of-use water treatment device. Activated alumina absorbs contaminants instead of filtering them.
The effectiveness of activated alumina depends on the chemical form of the contaminant to be removed. For example, under certain circumstances chlorinating the water before activated alumina treatment will convert arsenic into the form most likely to be adsorbed by activated alumina. Adding chlorine to the water before the treatment process can improve the adsorption process.
pH levels also play an important role in determining the efficiency of the Activated Alumina treatment. Typically, pH levels should be below 8.5 for the best results. Pretreatment to adjust the pH levels in the water can improve the Activated Alumina water treatment process and yield better results. It’s also important to regenerate or dispose of the activated Alumina with great caution to avoid harming the environment.
The effectiveness of activated alumina depends on the contaminant, characteristics of the alumina, the device design, and water quality. A serious drawback to using activated alumina is that regenerating it requires the use of strong acid and base solutions that are undesirable for home storage and handling.
If you’re looking to buy activated alumina, Bee Chems is a popular manufacturer and supplier of the Actas® that is used by various industries. The organization is well renowned for providing solutions to some of the country’s most diversified industries. In addition to Actas®, the company also provides other products including molecular sieve, oxygen absorbers, Nano silica, alumina sols, lithium silicate, sodium silicate, and many more.
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.
Lithium silicate is a chemical compound that uses lithium to act as a transport agent for silica that is used in a variety of industries. Lithium silicates form a highly stable ratio, low viscosity solution that once dried, is relatively insoluble compared to other silicate compounds. It’s most used for concrete surface treatment, specialty paints and coatings, and refractory ceramic and glazes.
Lithium silicates have a higher melting point and are added to sodium and potassium silicates to improve their adhesion properties. Lithium disilicate is used to manufacture crowns in dentistry and as a corrosion inhibitor in the marine industry. It can also be used as a bonding agent in fiberglass. Bee Chems supplies lithium silicates for use as a concrete hardener and sealer. Still, we have stocks of different lithium compounds on hand.
How Does Lithium Silicates Work in Concrete Applications?
Lithium Silicate is applied to polished concrete floors as a liquid coating. The liquid penetrates between four and five millimeters into the concrete, reacting with calcium hydroxide, a byproduct of mixing the concrete powder with water. The reaction produces calcium silicate, which settles in the concrete’s pores, close to the surface.
This reaction makes the surface of the concrete denser, more durable, and more resistant to stains. The appearance and texture of the concrete are also smoother with a silicate coating. Lithium elements act to transport the silica into the concrete. This reaction between the silica and the calcium hydroxide is what improves the properties of the concrete surface.
Why should You Use Lithium Silicate in Concrete?
You could use sodium and potassium silicates for a similar effect. They also cost less than lithium silicates. There are many reasons that lithium is preferred to sodium or potassium. Here are a few benefits of using lithium silicate in concrete:
· Lithium silicates only take around six hours to dry, whereas sodium takes about 24 hours to dry
· Only one coat of lithium silicate is needed
· Lithium silicates are less soluble when dried.
· Lithium silicates are less alkaline than alternatives, making them more environmentally friendly
· Lithium is more reactive than sodium or potassium, so it supports a higher concentration of silica
· Less residue to dispose of reduces costs
If you want to buy lithium silicates, you can check out Bee Chems’ website for more information. The company offers a wide range of construction chemicals to customers across the globe. For many years, the organization is among the world’s leading manufacturers and suppliers of industrial chemicals to all industries worldwide. In addition to lithium silicates, the company provides a plethora of other chemicals including moisture-free packaging services, as well as a molecular sieve, oxygen absorber packets, pharmaceutical desiccants, molecular sieve, and many more.
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. 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.
Construction chemicals are extensively used in the construction of residential, industrial, commercial, and infrastructure projects across the globe. They’re used not just in building construction, but also in public infrastructures such as highways, bridges, airports, tunnels, dams, and rail transportation. The global construction chemical industry is being driven by rising demand for public, commercial, and residential buildings, as well as an increase in urban population. Furthermore, rising disposable income has resulted in a desire for higher-quality residential buildings, which is driving the global construction chemical industry forward.
These chemicals can be used in ongoing construction projects to speed up the work, in new construction initiatives, in repairing and retrofitting existing buildings, and in boosting the durability and strength of structures. Construction chemicals are categorized into various categories including:
Concrete Hardeners
Concrete hardeners are chemicals that are put on concrete floors to make them denser and more durable. Apart from decreasing dusting, they usually improve chemical resistance, impact and abrasion resistance, waterproofing capability, and so on. All of these qualities are necessary for industrial, commercial, or factory floors. Finally, top-quality floor hardeners cut down on concrete floor repairs and upkeep while also making them last longer, increasing cost-effectiveness. Floor hardeners come in a variety of forms, including liquid, solid, metallic, and non-metallic
Polymer Bonding Agents
An aqueous emulsion comprising the polymer and chemical admixtures is known as Polymer Bonding Agent is an aqueous emulsion comprising the polymer and chemical admixtures and is intended for use as a bonding agent in interior and exterior applications with concrete and cement-based products. Polymer Bonding Agents can also be used as a polymer modifier in mortars and concrete to boost tensile, flexural, and bond strength. In addition, the use of Polymer Bonding agents in concrete and shotcrete improves resistance to chloride and de-icing salt penetration.
Surface Retarders
Surface retarders allow concrete finishers to add decorative architectural finishes, such as exposed aggregate, to horizontal concrete surfaces. They can also be utilized to create a suitable bonding surface for additional materials or concrete layers. The best time to apply surface retarder is after you’ve completed all finishing operations and the bleed water has dissipated.
Tile Adhesive
It is one of the most critical chemicals in the construction chemical industry. A good tile fixer will join all of your tiles together to form a magnificent painting out of individual tiles. Tile fixing materials are used to adhere two surfaces together in areas such as floors, baths, washbasins, kitchen countertops, and other areas.
Waterproofing Chemicals
These construction chemicals can be quite effective when a structure’s waterproofing capabilities need to be improved, which is especially important for structures that interact with liquids regularly. There are many different kinds of waterproofing chemicals including crystalline waterproofing chemicals, liquid acrylic elastomeric waterproofing compounds, polymer-modified waterproofing compounds, cementitious waterproofing compounds, and so on. Many of these chemicals form water-repellent coatings over concrete surfaces to keep water out.
If you’re looking for the best construction chemical supplier, contact Bee Chems. They offer a wide range of construction chemicals to customers across the globe. For over 50 years, the company is among the world’s leading manufacturers and suppliers of industrial chemicals to all industries worldwide. they are committed to providing unrivaled service and support throughout the global supply chain, with a team of experienced professionals.
Bee Chems 