Antimony Trioxide Masterbatch
| HS Code | 951188 |
| Appearance | Usually white powder |
| Chemical Formula | Sb₂O₃ |
| Melting Point | 655 °C |
| Boiling Point | 1550 °C |
| Density | 5.2 g/cm³ |
| Solubility In Water | Insoluble |
| Solubility In Acid | Soluble in concentrated acids |
| Solubility In Alkali | Soluble in strong alkalis |
| Particle Size | Varies by production, often in micron range |
| Thermal Stability | Good thermal stability |
| Fire Retardant Property | Effective fire - retardant additive |
| Refractive Index | About 2.087 |
As an accredited Antimony Trioxide Masterbatch factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Antimony Trioxide Masterbatch packed in 25 - kg bags for easy handling. |
| Storage | Antimony Trioxide Masterbatch should be stored in a cool, dry place away from direct sunlight and heat sources. Keep it in a well - ventilated area to prevent the build - up of fumes. Store in tightly - sealed containers to avoid moisture absorption and contamination, which could affect its chemical properties and performance. |
| Shipping | Antimony Trioxide Masterbatch is shipped in well - sealed containers to prevent moisture and contamination. Shipments follow strict chemical transportation regulations, ensuring safe transit via land, sea, or air. |
Competitive Antimony Trioxide Masterbatch prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615380400285 or mail to sales2@liwei-chem.com.
We will respond to you as soon as possible.
Tel: +8615380400285
Email: sales2@liwei-chem.com
Historical Development
Antimony white masterbatch was born in the West in the last century and was originally created for the needs of fire retardant and flame retardant in the plastics industry. It was originally prepared by simple mixing method, but the process was crude, uneven dispersion and limited performance. By the 1980s, the technology was gradually introduced, and polymer carriers and surface treatment were introduced, which greatly improved the dispersion and stability of the masterbatch and became widely popular. The Chinese process began in the 1990s, and was improved by the Western method. Combined with local reality, the formula and process were continuously optimized. Since the 21st century, environmental protection regulations have become more stringent, and green manufacturing and high-efficiency flame retardant have been given equal importance. Antimony white masterbatch has subsequently evolved towards low toxicity and harmless, fine grain and high purity, boosting the rise of new materials in the fields of electronics, building materials, and automobiles. Today's antimony white masterbatch has moved from a laboratory to an industrial scale, running through the global supply chain, becoming a hub for new material innovation and application, and is renowned worldwide.
Product Overview
Antimony white masterbatch is made of high-purity antimony trioxide as the main material, supplemented by selected polymer carriers, and melted and extruded at high temperature. Its color is like frost and snow, the texture is pure, and it has excellent dispersion. It is specially developed for the flame retardant needs of synthetic materials such as plastics and rubber. It can be uniformly integrated into the substrate to improve the flame retardant effect and does not affect the mechanical properties of the product body. The particle size of the colloidal particles is uniform, which is easy to process, reduces dust flying, and ensures a clean environment. It is especially suitable for polypropylene, polyethylene, polyester, PVC and many other resins. It is widely used in electronic appliances, automotive parts, building materials, textiles and other fields. This masterbatch only needs to be added in a small amount to give the product a reliable flame retardant grade, and it is easy to store and transport. The process is simple It is the best choice for the production of modern high-performance flame retardant materials.
Physical & Chemical Properties
The white masterbatch of antimony has a color like snow frost, a solid body and a fine body. Its shape and particles are uniform and shiny. Its density is similar to that of plastics, slightly soluble in water but difficult to dissolve in organic solvents. Good thermal stability, high melting point, inflammation and corrosion resistance, stable at room temperature, not easy to volatilize. Into the polymer, it is easy to mix with the main material, does not change the main material primary color, and has no peculiar smell. Its chemical properties are relatively inert, slightly reactive in case of strong oxidants, and unchanged in case of acid and alkali. When burning, it can help suppress the spread of flames, and turn into antimony trioxide to release white smoke. Thermal conductivity and electrical conductivity are weak, and the insulation properties are good. Suitable for a variety of polymer substrates, long storage does not change color, does not produce corrosion, and has excellent chemical compatibility.
Technical Specifications & Labeling
Antimony white masterbatch is made of high-purity antimony trioxide as the base material, supplemented by polymer carrier, and mixed at high temperature. Its granular shape is regular, the color is white, and the antimony content is usually 80% or more. Specifications are mostly according to user needs, the particle size is about 2 to 3 mm, good dispersion, easy to process. Low moisture rate, often controlled within 5/1000; pure ash, very little impurities. Melting point up to 240 degrees Celsius or more, chemical stability. Performance is better than pure powder, anti-caking, easy storage and transportation. Suitable for polyester, polypropylene and other polymer materials, both flame retardant effect. The packaging is mostly 25 kilograms of composite woven bags, with the batch number, production date, execution standards and other signs to indicate the authenticity and trace the source for inspection.
Preparation Method
Antimony white masterbatch is prepared, and pure antimony white powder and plastic matrix are selected as raw materials. First, the antimony white powder and the carrier resin are mixed in a certain proportion, slowly put into the high-speed mixer, mix and stir evenly, so that the powder is evenly coated on the surface of the resin, and then moved into the twin-screw extruder. By adjusting the temperature and speed, the antimony white particles can be dispersed under the high temperature melting state. During this time, if a dispersant such as stearic acid is added, it can help the antimony white to combine with the resin interface and prevent the disadvantages of agglomeration. After melting, extrusion, cooling, and granulation, the masterbatch is formed. In the process, the polymerization dispersion and physical coating are combined, and there is no chemical reaction, only thermophysical action. Catalytic mechanism, depends on the carrier melting fluidity and dispersant action, so that antimony white instant melt, as for micro-uniform distribution, masterbatch performance is excellent.
Chemical Reactions & Modifications
Antimony white masterbatch is mainly composed of antimony trioxide, supplemented by polymer carriers, which are widely used in the flame retardancy of polymer materials. Its chemical reaction is actually used with antimony trioxide and halogen compounds to generate antimony haloic acid at high temperature, which can interrupt the chain reaction of free radicals and curb the spread of combustion. Modification methods, or coating technology, make antimony trioxide evenly dispersed in the carrier to prevent its agglomeration; or surfactant is applied to make the particles compatible with the resin, which helps to maintain mechanical properties. There are also polyolefins, polyesters, etc. used as carriers, coupled with blending processes, which not only maintain the flame retardant efficiency, but also the pure hue of the finished product to avoid precipitation evolution. The chemical reaction is strictly controlled, and the temperature and time must be carefully considered to demonstrate its effectiveness without loss of performance. It is essential for the chemical reaction and modification of antimony white masterbatch.
Synonyms & Product Names
Antimony white masterbatch is also a name used in the chemical industry. Or antimony trioxide masterbatch, also known as English Antimony Trioxide Masterbatch, ATO Masterbatch. All of these refer to the granular intermediate made of antimony trioxide as the main material and mixed with carrier resins. Its aliases include antimony white granules, flame retardant antimony masterbatch, and flame retardant additive masterbatch. There are many changes in market trade names, or Antimony Flame Retardant Masterbatch, Antimony Oxide MB, ATO MB, etc. The merchants have different names, but the references are the same. This product is widely used in polypropylene, polyethylene, polyester and other polymer materials, and its synonyms are numerous, which should be identified. When encountering antimony white masterbatch, flame retardant masterbatch and antimony trioxide masterbatch, they all belong to the category of Antimony Trioxide Masterbatch due to their functional names.
Safety & Operational Standards
Ammercuric antimony trioxide masterbatch is used in modern industry to benefit the properties of plastics, but its properties are slightly toxic, so it must be used with caution. When operating, it is necessary to use suitable tooling, such as masks, dust-proof clothing, gloves, to avoid fine dust from invading the body. The workshop should be ventilated to make the airflow smooth, and the ground should be cleaned frequently to avoid dust accumulation. When handling, handle it with care, do not damage the package, and never leak. If the leak should be properly cleaned up, it should be stored in a special closed container. Do not be mixed with food, beverages and daily necessities to prevent accidental eating. After work, wash your hands with a clean face, remove dust and decontamination, and do not bring dust home to protect your family. Storage should be placed in a cool, dry place away from light, and should not be near fire. Keep away from flammable, explosive, and strong acids and alkalis to avoid changes. If it enters the eyes and nose by mistake, it should be rinsed with water as soon as possible, and if it is serious, seek medical attention as soon as possible. Train workers often to recognize its nature, know its danger, abide by norms, and do not cause diseases due to negligence. Waste residues should be handed over to special institutions for disposal according to the law. Do not leave them in the wild privately. These are the rules of safe operation, and everyone should abide by them. If there is any violation of the rules, or it will cause damage to the body or the job, you must not give up. Always think that safety comes first, norms come first, and then you can protect your life and career, and you can have no worries for a long time.
Application Area
Antimony white masterbatch is widely used in many industrial fields. Its good properties can give plastics an excellent flame retardant effect, so it is used in cable sheathing, electronic equipment, and household appliances to prevent fires. And in polyvinyl chloride, polystyrene, polypropylene and other plastic products, it will not burn in case of fire and improve safety. Reused in the rubber industry to enhance material properties and prevent the disadvantages of high temperature decomposition. More suitable for fiber products, it can be used to make carpets, curtains, etc., which helps to contain the spread of fire. Its granular shape is easy to disperse, easy to process, uniform quality, and widely selected by technicians. In recent years, it has also been seen in decorative fabrics, vehicle interiors, and engineering components, making components heat-resistant and anti-inflammatory, and widely used. Antimony white masterbatch is an indispensable material in the field of modern materials.
Research & Development
The development of ancient materials really depends on the collective exploration of science and wisdom. Today, there are antimony trioxide masterbatch, which is an important new material in the chemical industry. Its stability, excellent heat resistance, and is widely used in flame retardant products. The workers thought carefully, analyzed its structure, improved the process, and carefully studied the dispersion and compatibility of the particle body. Polymer carriers were also introduced to promote the uniform harmony between the main material and the plastic, making it superior in injection molding and extrusion. Taking into account the needs of environmental protection, reducing damage to personnel, low dust and low consumption in the process, in line with the modern concept of sustainability. All of this depends on the continuous research of experts, which can be perfected day by day, and promote the gradual improvement of antimony trioxide masterbatch technology, which is beneficial to society and civilian use.
Toxicity Research
Antimony white masterbatch, chemical name Antimony Trioxide Masterbatch, is widely used in plastics and other processes. However, its nature is slightly toxic, and it cannot be accidentally involved. Considering the literature and experiments, when antimony white masterbatch evaporates or migrates, if ingested in the body, it may cause respiratory, digestive or skin discomfort. Animal tests, excessive ingestion of antimonide, nausea, vomiting, lung inflammation and other symptoms can be seen. Artisans handle this substance, if the protection is not strict, or long-term exposure, it will gradually lead to chronic poisoning. Its lesions are mostly related to the lungs, and it is also reported to damage the liver and spleen. However, it can be avoided by regular preparation and standardized use. In recent years, the analysis of antimony exudation in the masterbatch shows that the compliance product, antimony white trace, is difficult to cause disease. However, the trade-off between medical treatment and environmental protection still needs to be used with caution.
Future Prospects
Antimony white masterbatch, well-prepared, used in the plastics industry, with outstanding performance. In today's world, technology is improving, and the industry pursues environmental protection and high efficiency. Antimony white masterbatch came into being, which has not only good flame retardant effect, but also avoids the harm of dust. Looking to the future, raw materials are selected, and the process is becoming more and more refined. Its application will be expanded to a variety of polymer materials to meet the needs of complex processes. Environmental awareness is enhanced, and green production is the general trend. If antimony white masterbatch can improve the formula and reduce precipitation and migration, it will be respected by the industry. The international market is expanding, and trade exchanges are frequent. Those who are exquisite in the quality of antimony white masterbatch will definitely be able to take advantage of the trend. If they can develop alternatives or compound with other functional masterbatches, they will definitely open up new frontiers. Focusing on technological innovation to meet changing needs, the future of antimony white masterbatch is promising.
Where to Buy Antimony Trioxide Masterbatch in China?
As a trusted Antimony Trioxide Masterbatch manufacturer, we deliver:
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Whether you need industrial-grade quantities or specialized customizations, our team ensures reliability at every stage—from initial specification to post-delivery support.
As a leading Antimony Trioxide Masterbatch supplier, we deliver high-quality products across diverse grades to meet evolving needs, empowering global customers with safe, efficient, and compliant chemical solutions.
What are the main uses of Antimony Trioxide Masterbatch?
Antimony white masterbatch is also a industrial compound. Its quality is white and stable, and it is mostly integrated with polymers. Talking about its uses today, it is roughly as follows: First, antimony white masterbatch is an excellent flame retardant. All plastic utensils, if they are not flame retardant, are flammable in case of fire, which is harmful to people's livelihood. Antimony white masterbatch is mixed with polymer materials, which can improve its flame retardant level and protect the safety of utensils. Therefore, it is widely used in polyethylene, polypropylene, polyvinyl chloride and other resins. It is especially important for wires and cables, building decoration, and automobile parts. The finished products are assisted by antimony white masterbatch, which can resist flames and stop disasters before they burn.
Second, antimony white masterbatch is both dispersed. The main properties of antimony white powder are not easy to distribute evenly in the resin. If it is a masterbatch, it is fine and easy to mix, and the finished product is smooth. The antimony white in the masterbatch is embedded in a polymer carrier, which can effectively prevent the agglomeration and loss of antimony white, so that the color scheme is stable, the performance is the same, and the production is convenient. Its benefits are found in films, pipe fittings, and plates.
Third, the performance of antimony white masterbatch auxiliary materials is improved. Household electronics, communication equipment, and lamp shells should not be neglected except for stability and insulation. Antimony white masterbatch helps flame retardant, and the rest of the properties are also sublimated, which helps to stabilize for a long time. Such as fibers, non-woven fabrics, and engineering plastics can all benefit.
Fourth, antimony white masterbatch is helpful in environmental protection. In the past, the material was mostly filled with powdered antimony white, which caused excessive dust, and workers were vulnerable to lead damage. Today's masterbatch is formed, which effectively covers dust, makes the production environment light and clean, seeks the health of workers, and reduces the environmental burden.
Overall, antimony white masterbatch is mainly flame retardant, complementary color and performance, and takes into account environmental protection and technology. Today's plastic products have a wide range of categories, and antimony white masterbatch is irreplaceable. It is actually the most relied on by the modern polymer industry. Such uses are found in the needs of the industry, and are used by the people.
Second, antimony white masterbatch is both dispersed. The main properties of antimony white powder are not easy to distribute evenly in the resin. If it is a masterbatch, it is fine and easy to mix, and the finished product is smooth. The antimony white in the masterbatch is embedded in a polymer carrier, which can effectively prevent the agglomeration and loss of antimony white, so that the color scheme is stable, the performance is the same, and the production is convenient. Its benefits are found in films, pipe fittings, and plates.
Third, the performance of antimony white masterbatch auxiliary materials is improved. Household electronics, communication equipment, and lamp shells should not be neglected except for stability and insulation. Antimony white masterbatch helps flame retardant, and the rest of the properties are also sublimated, which helps to stabilize for a long time. Such as fibers, non-woven fabrics, and engineering plastics can all benefit.
Fourth, antimony white masterbatch is helpful in environmental protection. In the past, the material was mostly filled with powdered antimony white, which caused excessive dust, and workers were vulnerable to lead damage. Today's masterbatch is formed, which effectively covers dust, makes the production environment light and clean, seeks the health of workers, and reduces the environmental burden.
Overall, antimony white masterbatch is mainly flame retardant, complementary color and performance, and takes into account environmental protection and technology. Today's plastic products have a wide range of categories, and antimony white masterbatch is irreplaceable. It is actually the most relied on by the modern polymer industry. Such uses are found in the needs of the industry, and are used by the people.
What is the addition ratio of Antimony Trioxide Masterbatch?
Antimonte trioxide masterbatch is used to impart flame retardancy to plastics. Those who want to know how to use it must first check the requirements of the product, the content of the masterbatch and the type of plastic. Gaiantimonte trioxide is mostly shared with brominated flame retardants and can be used in various resins such as polyvinyl chloride, polypropylene, polyethylene, ABS, etc. However, the proportion of addition must vary according to different products and performance requirements, and it cannot be determined uniformly.
In today's prevailing system, the content of antimonte trioxide in the masterbatch is mostly 40% to 70%, which is convenient for transportation and storage and easy to use. If the most commonly used content of 50% is taken as an example, the amount of flame retardant added to the finished product is usually between 3% and 10% of the total resin mass. Then the actual addition ratio of the masterbatch, such as 3% of antimonte trioxide, the masterbatch is based on the content of 50%, and the dosage is 6%. Occasionally, if there are extremely high flame retardant requirements, the addition can also reach 10%. However, if it is used as an auxiliary flame retardant, it can also be reduced.
As for the operation, it is advisable to add antimonte trioxide masterbatch and brominated flame retardant to the plastic together. After mixing well, it is formed by extrusion, injection molding and other processes. Mixing evenly cannot be ignored to avoid different effects. The diameter of the master particle should be fine, and it is easy to mix evenly in order to give full play to the flame retardant effect. And in engineering practice, it is still necessary to make small trial adjustments in the early stage depending on the compatibility of the master particle and the main material, the processing temperature and even the use of the product. Or increase or decrease, in order to take into account the flame retardancy, processing convenience and cost.
In general, the correct proportion of adding antimonte trioxide masterbatch is usually between 3% and 10%. It is difficult to achieve the flame retardant effect at least, and it increases the cost and may affect the performance of the product. However, based on the needs of the actual product, it should not be limited to a fixed number. Field tests are required to obtain the best amount of addition. In this way, it can not only ensure the safety of the product, but also facilitate long-term application.
In today's prevailing system, the content of antimonte trioxide in the masterbatch is mostly 40% to 70%, which is convenient for transportation and storage and easy to use. If the most commonly used content of 50% is taken as an example, the amount of flame retardant added to the finished product is usually between 3% and 10% of the total resin mass. Then the actual addition ratio of the masterbatch, such as 3% of antimonte trioxide, the masterbatch is based on the content of 50%, and the dosage is 6%. Occasionally, if there are extremely high flame retardant requirements, the addition can also reach 10%. However, if it is used as an auxiliary flame retardant, it can also be reduced.
As for the operation, it is advisable to add antimonte trioxide masterbatch and brominated flame retardant to the plastic together. After mixing well, it is formed by extrusion, injection molding and other processes. Mixing evenly cannot be ignored to avoid different effects. The diameter of the master particle should be fine, and it is easy to mix evenly in order to give full play to the flame retardant effect. And in engineering practice, it is still necessary to make small trial adjustments in the early stage depending on the compatibility of the master particle and the main material, the processing temperature and even the use of the product. Or increase or decrease, in order to take into account the flame retardancy, processing convenience and cost.
In general, the correct proportion of adding antimonte trioxide masterbatch is usually between 3% and 10%. It is difficult to achieve the flame retardant effect at least, and it increases the cost and may affect the performance of the product. However, based on the needs of the actual product, it should not be limited to a fixed number. Field tests are required to obtain the best amount of addition. In this way, it can not only ensure the safety of the product, but also facilitate long-term application.
How is the dispersion and compatibility of Antimony Trioxide Masterbatch?
Antimony white (ie antimony trioxide) masterbatch is a commonly used flame retardant auxiliary in the field of polymer material processing. To discuss its dispersion and compatibility, its preparation process should be known first. Antimony white is a fine powder with a small diameter and easy agglomeration. If it is incorporated into the polymer matrix alone, it often causes uneven distribution and affects the performance. Therefore, antimony white is melted and embedded in a polymer carrier, and the masterbatch is prepared by multiple shearing and mixing. This method can effectively reduce agglomeration and enhance dispersion. The size of the masterbatch is constant and uniform, which is convenient for storage, transportation and dosing. During hot melt mixing, antimony white is easy to penetrate into the resin system uniformly with the carrier. In this way, the distribution of antimony white particles is fine and the size is stable, which can greatly improve the uniformity and appearance of flame retardant materials.
In terms of compatibility, the cover depends on the affinity of the selected carrier and the target matrix. If the polymer carrier is similar to the resin polarity, it is easy to melt and mix with each other, and there is no harm of interface delamination. Common polypropylene and polyethylene are used as carriers, which are suitable for the corresponding polyolefin system. If used for polar polymers, such as polyester and nylon, a suitable polar carrier must be selected, or a compatible agent must be applied to reconcile the interface. If the compatibility is good, antimony white is not easy to precipitate, the mechanical properties will not be damaged, and the flame retardancy will be more effective.
If the dispersion is poor and the particles are agglomerated, the mechanical properties of the material will be weakened, and the appearance will be white and brittle; if the compatibility is weak, the interface will peel off, which is easy to form micro Today's high-end antimony white masterbatch is often supplemented by dispersants and surface coatings to enhance the uniformity and stability of its distribution in the matrix, and to facilitate subsequent processing and molding.
In summary, the dispersion of antimony trioxide masterbatch is significantly improved compared with the original powder, and it can be uniformly integrated into the polymer material; its compatibility depends on the matching of the carrier and the matrix. If the two are suitable, the flame retardant and mechanical properties are good. Good application is a good way to improve the properties of flame retardant materials, improve processing convenience and product quality.
In terms of compatibility, the cover depends on the affinity of the selected carrier and the target matrix. If the polymer carrier is similar to the resin polarity, it is easy to melt and mix with each other, and there is no harm of interface delamination. Common polypropylene and polyethylene are used as carriers, which are suitable for the corresponding polyolefin system. If used for polar polymers, such as polyester and nylon, a suitable polar carrier must be selected, or a compatible agent must be applied to reconcile the interface. If the compatibility is good, antimony white is not easy to precipitate, the mechanical properties will not be damaged, and the flame retardancy will be more effective.
If the dispersion is poor and the particles are agglomerated, the mechanical properties of the material will be weakened, and the appearance will be white and brittle; if the compatibility is weak, the interface will peel off, which is easy to form micro Today's high-end antimony white masterbatch is often supplemented by dispersants and surface coatings to enhance the uniformity and stability of its distribution in the matrix, and to facilitate subsequent processing and molding.
In summary, the dispersion of antimony trioxide masterbatch is significantly improved compared with the original powder, and it can be uniformly integrated into the polymer material; its compatibility depends on the matching of the carrier and the matrix. If the two are suitable, the flame retardant and mechanical properties are good. Good application is a good way to improve the properties of flame retardant materials, improve processing convenience and product quality.
How does Antimony Trioxide Masterbatch affect the flame retardancy of the product?
Antimony white is antimony trioxide, which is often used in the flame retardant of polymer materials. It is made into a masterbatch together with plastics, which is convenient for dispersion and processing. Examining its flame retardant properties in products, there are several great benefits.
One, antimony trioxide has no flame retardancy, but it can cooperate with halogen flame retardants. Together with fire, halogens are heated to produce hydrogen halides, and antimony reacts to them, forming antimony trioxide and antimony halogens, causing dense glass bodies on the surface of the material, isolating air and blocking oxidation. The mechanism can slow down combustion and reduce the rate of thermal release. And antimony white can capture free radicals, interfere with chain reactions, and suppress flames.
Both, the use of masterbatch is especially better than pure powder. The original antimony trioxide is fine and uneven, and the distribution is not good. It is difficult to be compatible with polymers, and it is easy to cause product performance fluctuations. By masterbatch granulation, it can be evenly dispersed in the resin, improve the utilization rate of flame retardants, inhibit sedimentation and agglomeration, and will not affect the product's gloss and machinery.
Of the three, antimony white is used in an appropriate amount, which can reach an excellent flame retardant level. However, it is an auxiliary, and it must be shared with the main halogen flame retardant agent. The ratio is weighed, and the flame retardant and mechanics are both beneficial. If there is too much antimony white, it may cause material embrittlement, color variation, and damage environmental protection. It If it is used in combination with halogen-free flame retardants such as phosphorus and nitrogen, the effect is weak, and its synergistic characteristics are heavier than those of halogen-containing systems.
Four, after the addition of antimony white masterbatch, it does not affect the process, and injection molding, extrusion, blow molding, etc. can be applied. The product has stable performance, and the flame retardant grade can generally reach UL94 V0, V1, etc. It is suitable for home appliances, electronics, and building materials. It is commonly used.
In summary, antimony trioxide masterbatch can enhance the flame retardant effect of products, especially good at halogen-containing flame retardant systems. Its mechanism lies in synergy, which benefits dispersion, which not only guarantees material performance, but also enhances flame retardancy. However, the application needs to be weighed against the ratio, taking into account environmental protection and safety. This is also a good aid for improving the flame retardant performance of products.
One, antimony trioxide has no flame retardancy, but it can cooperate with halogen flame retardants. Together with fire, halogens are heated to produce hydrogen halides, and antimony reacts to them, forming antimony trioxide and antimony halogens, causing dense glass bodies on the surface of the material, isolating air and blocking oxidation. The mechanism can slow down combustion and reduce the rate of thermal release. And antimony white can capture free radicals, interfere with chain reactions, and suppress flames.
Both, the use of masterbatch is especially better than pure powder. The original antimony trioxide is fine and uneven, and the distribution is not good. It is difficult to be compatible with polymers, and it is easy to cause product performance fluctuations. By masterbatch granulation, it can be evenly dispersed in the resin, improve the utilization rate of flame retardants, inhibit sedimentation and agglomeration, and will not affect the product's gloss and machinery.
Of the three, antimony white is used in an appropriate amount, which can reach an excellent flame retardant level. However, it is an auxiliary, and it must be shared with the main halogen flame retardant agent. The ratio is weighed, and the flame retardant and mechanics are both beneficial. If there is too much antimony white, it may cause material embrittlement, color variation, and damage environmental protection. It If it is used in combination with halogen-free flame retardants such as phosphorus and nitrogen, the effect is weak, and its synergistic characteristics are heavier than those of halogen-containing systems.
Four, after the addition of antimony white masterbatch, it does not affect the process, and injection molding, extrusion, blow molding, etc. can be applied. The product has stable performance, and the flame retardant grade can generally reach UL94 V0, V1, etc. It is suitable for home appliances, electronics, and building materials. It is commonly used.
In summary, antimony trioxide masterbatch can enhance the flame retardant effect of products, especially good at halogen-containing flame retardant systems. Its mechanism lies in synergy, which benefits dispersion, which not only guarantees material performance, but also enhances flame retardancy. However, the application needs to be weighed against the ratio, taking into account environmental protection and safety. This is also a good aid for improving the flame retardant performance of products.
What are the precautions for storage and transportation of Antimony Trioxide Masterbatch?
The antimony white masterbatch is a chemical substance, and its sexual safety is dangerous. All laws and regulations should be followed for storage and transportation. The texture of the antimony white masterbatch is delicate, and it is easy to be attacked by moisture. If it comes into contact with the air for a long time, there may be a risk of moisture absorption and agglomeration. In the way of storage, choose a place with high ventilation and dryness, away from open flame heat sources, and avoid sun and rain. It should be stored in the original sealed bag, tightly closed, and do not allow air leakage to prevent moisture absorption and deterioration. If it is damaged, it should be replaced in time. In case of humid climate, moisture-proof facilities should be added. The storage warehouse should be neat and clean, and it is forbidden to accumulate flammable sundries to avoid changes.
When transporting, dry and dust-proof transportation equipment should be used, and corrosive and flammable materials should not be shared with the car. Be properly reinforced on the way, beware of falling and colliding, and prevent damage to the packaging. Be careful when unloading and handling, handle it with care, and do not throw it, so as not to damage the outer packaging and expose it to the air. For long-distance transportation, rain should be isolated from splashing, sun exposure should be strictly protected, and the carriage should be ventilated and dry. In special climates, a tarpaulin should be covered to prevent wind and rain.
Operators should wear protective gear such as masks and gloves to prevent antimony powder from inhaling and contacting the skin. If it is occasionally scattered, it must be wiped with a damp cloth in time to prevent the spread of dust, and put it into a special container for storage. Warning signs such as "fire and moisture protection" should be hung in the place of storage and handling, and non-relevant responsibilities should not be allowed to enter at will.
In short, antimony white masterbatch needs to be moisture-proof, dust-proof, and fire-proof, and properly stored and transported; if it is well-kept, it will be safe and secure, otherwise it will be a disaster if it is sparse. To ensure the same quality, first and foremost, be careful with the details, and always be patient.
When transporting, dry and dust-proof transportation equipment should be used, and corrosive and flammable materials should not be shared with the car. Be properly reinforced on the way, beware of falling and colliding, and prevent damage to the packaging. Be careful when unloading and handling, handle it with care, and do not throw it, so as not to damage the outer packaging and expose it to the air. For long-distance transportation, rain should be isolated from splashing, sun exposure should be strictly protected, and the carriage should be ventilated and dry. In special climates, a tarpaulin should be covered to prevent wind and rain.
Operators should wear protective gear such as masks and gloves to prevent antimony powder from inhaling and contacting the skin. If it is occasionally scattered, it must be wiped with a damp cloth in time to prevent the spread of dust, and put it into a special container for storage. Warning signs such as "fire and moisture protection" should be hung in the place of storage and handling, and non-relevant responsibilities should not be allowed to enter at will.
In short, antimony white masterbatch needs to be moisture-proof, dust-proof, and fire-proof, and properly stored and transported; if it is well-kept, it will be safe and secure, otherwise it will be a disaster if it is sparse. To ensure the same quality, first and foremost, be careful with the details, and always be patient.
