HIPS Flame Retardant

Since modern technology has changed with each passing day, the use of process plastics has become more and more extensive. HIPS, known as high-impact polystyrene, first emerged in the 1950s. It is synthesized from styrene and butadiene, which is both tough and light. However, the plastic material is flammable, and the fire is rampant, which has triggered scholars to explore the way of flame retardancy. At first, halogen-based flame retardants were applied to HIPS, although the effect was short-lived, and the discussion of tobacco toxicity followed. In the 1980s, environmental awareness gradually became apparent, and European and American countries took the lead in advocating halogen-free flame retardancy, replaced by new phosphorus and nitrogen-based agents, which all benefit from suppressing smoke and reducing harm. Continued, the use of nano-fillers and synergistic agents has made the flame retardant effect more and more obvious. Nowadays, HIPS flame retardant products are widely used in electronics, home appliances, construction and other fields. They not only adhere to traditional functions, but also meet the needs of safety in the times. They are a witness to the progress of materials.

HIPS Flame Retardant is also a high impact polystyrene modified material. Its color is white, the texture is solid, the appearance is smooth, and it has excellent impact resistance and electrical properties. After being blended with specific flame retardants, it has the characteristics of self-extinguishing and is difficult to ignite. This material is easy to form, stable in size, and can be used in many fields such as electronics, home appliances, lighting, toys, etc. It can withstand high temperature, and is not afraid of corrosion. It is practical and not easy to deform for a long time. Under the specifications of safety standards, HIPS flame retardant material can effectively prevent fire and reduce the risk of accidents, and is widely favored by the industry. Its performance is better and better according to the refinement of the formula and process. It is the best choice for modern polymer materials.

HIPS flame retardant material, the state is tough, the color is white or yellowish, the body is easy to shape, the quality is tough and has good impact toughness. Its surface is smooth, wear-resistant and scratch-resistant, and it can withstand external forces and is not easy to break. Melting point is between about 240 and 50 degrees, and the heat deformation temperature is high, which is suitable for processing in high temperature environment. In case of fire, it will self-extinguish and smoke less, because it contains flame retardants. Stable chemical properties, acid and alkali resistance, resistance to organic solvent erosion, and it is not easy to swell when soaked in water. Its insulating properties are excellent and electrical properties are good. Compatible with a variety of pigments and additives, giving various applications convenience. However, under the action of strong oxidants or long-term exposure to high temperature, or there is a risk of aging and dis

HIPS fuel-resistant, strong and light, white color, suitable for electronic appliances and household goods production. Its raw material polymer polystyrene, refined by flame-resistant agent, has excellent insulation and flame retardant performance, combustion grade up to UL94 V-0 grade. The density is about 1.05g/cm3, the melting point is between 200 and 240 degrees Celsius, the water absorption rate is very low, about 0.03%, the bending strength is excellent, the impact resistance is strong, and the ductility is good. The molding shrinkage rate is about 0.4% -0.7%. The surface can be polished, which is easy to color and spray, and adapts to a variety of process needs. The packaging of this product is mostly packed in a 25kg standard bag, which is suitable for storage in a cool and dry place to prevent moisture erosion. Inspection factory, with a clear batch number and environmental protection label, in line with regulations and industry norms, easy traceability, user worry-free.

Polystyrene and polybutadiene are selected as the base, with brominated or phosphorus-based flame retardants, and supplemented by synergistic agents. First, a polymer solvent is mixed, stirred evenly, and heated until dissolved. Then a free radical polymerization reaction is initiated at high temperature, so that the flame retardant is uniformly blended with the matrix. In the reaction, the catalyst uses peroxide to initiate chain polymerization, which promotes the synergistic embedding of styrene monomers and brominated or phosphorus-based flame retardants into the system to form a stable copolymerization structure. During heat treatment, the temperature is controlled at 200 to 250 degrees Celsius, and it lasts for several hours to promote the growth of polymer chains and improve flame retardant efficiency. After the reaction, the HIPS flame retardant material is precipitated by rapid cooling, washed with water to remove impurities, and The preparation process is simple, the catalytic mechanism is clear, and the resulting products have excellent flame resistance, which is widely used in many fields such as electrical shells and building materials.

High impact polystyrene (HIPS) is the copolymerization of styrene and a small amount of butadiene. It is flammable by nature. If it is not modified, it is difficult to meet the demanding safety needs. To enhance its flame retardant properties, flame retardants must be added by means of chemical reactions. Commonly used are halogens, phosphorus series, etc. Halogen flame retardants are combined with polymer molecular chains, and through mixing and melting processes, the flame retardant components are evenly distributed in the matrix. When exposed to high flame temperature, halogens release hydrogen halides, block the transfer of free radicals, and inhibit combustion chain reactions. Phosphorus-based flame retardants generate polyphosphoric acids during pyrolysis, which contribute to the carbon layer covering the polymer surface and isolating oxygen. When compounding and modifying, synergistic agents such as antimony trioxide or nanomaterials are also used to enhance the flame retardant effect. After such modification, HIPS performance is safer and is widely used in the fields of electronics and electrical appliances.

HIPS flame retardant, with many pseudonyms, or high impact polystyrene flame retardant material, or flame retardant HIPS plastic, also has high impact flame retardant PS, flame retardant grade high impact PS phase number. The market circulation of commodity names is more complex, such as FR-HIPS, HIPS FR, flame retardant high impact PS, flame retardant polystyrene, fire-resistant HIPS and fire-resistant HIPS, etc. All these names, although different, refer to the same thing, its quality is tough, and it has the characteristics of heat resistance and flame resistance. The industry or simply referred to as FR-HIPS, or attracted by the name of high flame retardant impact PS, are used in the field of flame retardant requirements such as electrical and electronic, home appliance shells, instrument accessories, etc. The similarity and difference are usually referred to as one.

HIPS flame retardant materials are the essence of synthetic resins. They are tough and flame retardant, and are suitable for many processes. Although their performance is superior, they are not suitable for operation, and there are also hidden dangers. Where this material is used, safety and operation regulations must be clear. The appliance is placed in a ventilated place to prevent the accumulation of toxic gases; the operator should wear gloves and masks to prevent particles and harmful gases from entering the body. During construction, do not approach the fire, stay away from the open flame, considering that although it is flame retardant rather than non-flammable. The method of storage is to keep away from the heat source and avoid direct sunlight to prevent the variation of the character. If there is any leakage or debris dispersion, it must be removed with special equipment before it can continue. HIPS flame retardant materials should not be mixed with strong oxidants, acids and bases, for fear of adverse reactions. After the operation, clean the utensils and hands in time to avoid residue. If there is any suspicion of inhaling harmful gases, it is advisable to stay away from the construction site, breathe fresh gas, and seek medical treatment if necessary. In the workplace, emergency facilities such as fire extinguishers and protective clothing should be prepared. In case of fire, they can be dealt with quickly. Beginners in operation must be instructed by experienced workers, and do not rely on self-knowledge. Where purchasing, product certificates must be reviewed to verify compliance. Do not be greedy for low prices and cause losses. Every time the rules and regulations are made, they should be publicized to the public, and the order of punishment and reward should be made clear, so that everyone knows what to follow. In short, those who hold this material should be wary and take the road of safety, and the disaster will be far-reaching, efficient and profitable, and there will be no blame to worry about.

HIPS flame retardant, tough texture, excellent performance, widely used in many fields. Appliance shell, especially because of its heat-resistant flame retardant characteristics, to ensure safety and prolong life. Communication equipment, household electrical appliances, office appliances, use its materials, to prevent fire. Building decoration, also like its color smooth, easy to process, so often for baffle, lampshade, pipe choice. Automobile manufacturing interior parts, because of its light and tough, not only reduce the weight of the car, but also increase comfort. Children's toys and food packaging, because of its stability and non-toxic, is very popular. Modern industrial all ends, feel its decoration, skillful use of its materials. No matter whether it is for civil or industrial use, HIPS flame retardant materials are renowned for their safety and reliability, and have been widely used in the industry.

HIPS flame retardant materials are also required by modern technology. It is high impact polystyrene, which is naturally flammable and difficult to meet safety standards. Recently, craftsmen have dedicated themselves to studying the formula in the laboratory, adding flame retardants such as bromine and phosphorus to make its molecular structure more stable. And repeated trials of thermal stability, mechanical strength, and environmental protection regulations have resulted in new products with excellent performance. Flame retardant HIPS products not only retain the original processing convenience, but also increase the ability to inhibit combustion. They are widely used in household appliances, electronic shells, toys and building materials. Its development must be based on technological innovation, introduce green solutions, and reduce harmful releases. The scientific research team tackles key issues day and night, and takes measures based on materials to gradually expand the breadth and depth of its application, so that it can show its talents in many fields, serve the society, and benefit people's livelihood.

HIPS flame retardant is also a product of modern technology. It is based on high impact polystyrene, and is combined with a variety of flame retardant ingredients. It is widely used in electronic appliances, building materials and other fields. However, its chemical properties are complex, and although the appearance is safe, it actually contains impurities such as bromine, phosphorus and chlorine. Contact with the emitted gas, or at high temperature or during incineration, harmful particles escape, which can easily cause respiratory distress, throat burning, dizziness, nausea, allergies and other diseases. Long-term exposure, or damage to liver and kidney, especially pregnant women and young children. Animal experiments are mainly rodents, and it is seen that their blood and liver are poisoned. For this reason, it should be properly discarded to prevent secondary pollution. Although the chemical properties can be flammable, the toxicity cannot be ignored. It is necessary to choose the process well, and use both ventilation and protection to ensure that the security is safe.

In today's changing world, science and technology are changing day by day, and HIPS flame retardant products have come into being. Its toughness and outstanding flame retardant performance are widely used in electrical appliances, home furnishings, and automobiles. Looking at the future, green environmental protection and intelligent manufacturing are the general trend of the world. HIPS flame retardant products should adapt to the times, improve the formula, reduce harmful additions, and enhance the ability to recycle. At the same time, with intelligent technology, improve quality, reduce energy consumption, and better meet the needs of low-carbon development. International exchanges are increasingly frequent, standards are stricter, quality-oriented, and innovation first. If combined with new materials and new technologies, it will definitely expand the application territory and stand at the forefront of the industry. Looking forward to the future, HIPS flame retardant products are expected to continue to write a brilliant new chapter in the road of safety, environmental protection and sustainable development.

As a trusted HIPS Flame Retardant manufacturer, we deliver: Factory-Direct Value: Competitive pricing with no middleman markups, tailored for bulk orders and project-scale requirements. Technical Excellence: Precision-engineered solutions backed by R&D expertise, from formulation to end-to-end delivery. Whether you need industrial-grade quantities or specialized customizations, our team ensures reliability at every stage—from initial specification to post-delivery support.