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Views: 0 Author: Site Editor Publish Time: 2025-11-06 Origin: Site
Tert-Butyl Perbenzoate is an important organic peroxide, typically appearing as a colorless to pale yellow transparent liquid. It exhibits the characteristic chemical properties of peroxides and is widely used in industrial production. Meanwhile, strict standards for its safe use and storage must be strictly observed.
In monomer polymerization processes, it can decompose to generate free radicals at a moderate temperature range of 60-100℃, promoting the rapid polymerization of monomers to form high-molecular polymers. As a core additive for synthesizing basic materials such as plastics (e.g., polystyrene), resins (e.g., acrylic resin), and rubber, it directly affects the polymerization efficiency and the quality of finished products.
It is used for the cross-linking treatment of polyolefin materials like polyethylene and polypropylene. By enhancing the bonding strength of molecules within the material, it significantly improves the product's heat resistance (e.g., ability to withstand higher operating temperatures), mechanical strength (e.g., tensile and impact resistance), aging resistance (extending outdoor service life), and chemical corrosion resistance (resisting erosion by acids, alkalis, and other media). It is widely applied in the production of products such as wire and cable insulation layers (ensuring electrical safety), municipal pipes (e.g., water supply pipes and gas pipes), and building panels.
In the coating and adhesive industries, it serves as a curing accelerator, which can greatly shorten the product curing time (e.g., the cycle from coating application to drying and forming of coatings) and improve production efficiency. Additionally, it can be used in oxidation and cyclization processes of organic synthesis reactions to facilitate the preparation of fine chemical products.
Tert-Butyl Perbenzoate is classified as a hazardous chemical, with its hazards mainly manifested in the following aspects:
It tends to decompose when exposed to high temperatures, open flames, friction, or impact, releasing a large amount of heat and causing combustion. Its vapor may form an explosive mixture when mixed with air.
As a strong oxidant, it may undergo violent reactions when in contact with reducing agents, acids, alkalis, metal powders, and other substances, and may even lead to combustion or explosion.
It is highly irritating to the skin, eyes, and respiratory tract. Direct contact may result in skin burns, as well as redness and stinging of the eyes; inhalation of high-concentration vapor may cause respiratory discomfort.
When stored for a long time, exposed to direct sunlight, or subjected to excessively high temperatures, it may decompose slowly, releasing oxygen and increasing pressure, which poses a risk of container rupture.
To ensure storage safety, the following standards must be strictly followed:
It should be stored in a dedicated warehouse that is cool, dry, and well-ventilated, away from ignition sources and heat sources. The warehouse temperature must be controlled below 30℃, and direct sunlight should be avoided.
It is strictly prohibited to store it together with hazardous chemicals such as reducing agents, acids, alkalis, metal powders, and flammable liquids. Clear isolation signs and safety warning signs should be set up in the warehouse.
The original packaging must be kept sealed and intact during storage to prevent damage and leakage, and to avoid contact between the product and air, which could trigger decomposition.
The warehouse should be equipped with appropriate fire-fighting equipment (e.g., dry powder fire extinguishers, carbon dioxide fire extinguishers). Smoking and the use of open flames are strictly prohibited in the warehouse, and operators must wear protective gear (including protective clothing, protective gloves, and goggles).
During handling, it should be loaded and unloaded with care to avoid violent collision, friction, or inversion. Transport vehicles must comply with the standards for hazardous chemical transportation and be equipped with corresponding protective facilities and emergency treatment equipment.
To meet the purchasing and transportation needs of different customers, our company's products adopt a standardized packaging design:
Single Drum Packaging: 25kg/drum (high-density polyethylene drums or steel drums, featuring excellent sealing performance to prevent leakage and oxidation);
Pallet Specification: 32 drums can be stacked on one pallet, with a total weight of approximately 800kg (including the weight of the pallet). The stacking is stable, facilitating storage and loading/unloading;
Container Loading: One 20-foot standard container can hold 16 tons of products (equivalent to 20 pallets). The loading space is reasonably planned to ensure transportation efficiency and safety.
Tert-Butyl Perbenzoate is a core competitive product of our company. Relying on stable production processes and a strict quality control system, our products boast high purity, stable activity, and effective hazard control, which can fully meet the efficiency and safety requirements in industrial production. Our company has a comprehensive supply chain service, capable of providing standardized packaging and flexible transportation solutions to ensure the timely and safe delivery of products.
If you have any questions regarding product specifications, application scenarios, safety operation details, or procurement matters, please feel free to contact us for consultation. We will provide you with professional technical support and attentive services!
Product Appearance and Packaging Image: Show the colorless to pale yellow transparent TBPB liquid in a 25kg high-density polyethylene drum, with a pallet stacked with multiple drums placed beside it, to intuitively present the product's physical form and packaging specifications.
Safety Warning and Storage Environment Image: Depict a dedicated warehouse for TBPB storage, with clear safety warning signs (e.g., "No Open Flames", "Isolated Storage") posted, temperature monitoring equipment installed, and fire-fighting tools neatly arranged, highlighting the key points of safe storage.
Application Industry Scenario Image: Display scenes of TBPB being applied in the production of wire and cable insulation layers (e.g., the process of adding TBPB for cross-linking modification of polyethylene materials) or coating curing (e.g., the process of accelerated coating drying and forming with the help of TBPB), to reflect the practical application value of the product.
