This product is a specialized functional additive for industrial applications—Guanidine Phosphate. It appears as white crystals or crystalline powder with no obvious irritating odor, uniform texture, and high purity (≥95.0%). It exhibits excellent chemical stability under normal temperature and pressure, without easy decomposition or deterioration. Its solubility performance is outstanding: it can be easily dissolved in water to form a clear and colorless solution (solubility up to 0.1g/mL) without requiring complex dissolution processes. Meanwhile, it has stable physicochemical parameters, such as a density of 1.48g/mL (25/4℃), a melting point of 246-250℃, and a boiling point of 158℃ (at 760mmHg). It can maintain stable performance under conventional industrial production conditions and is not prone to failure due to environmental factors, providing reliable support for subsequent processing and application.
Different from single-function additives, this product simultaneously possesses three core functions—flame retardancy, water repellency, and rust inhibition. It can solve multiple problems of materials in use at the same time without the need to additionally match multiple additives, simplifying the production process.
It does not decompose under normal temperature and pressure and does not react with most non-oxidizing substances. There is no need to worry about performance degradation during storage and use, effectively extending the product's shelf life and service cycle.
Its water solubility is controllable (the solution is clear and free of impurities), and it is harmless to the water environment within the scope of reasonable use (environmental discharge requirements must be followed). At the same time, it can play a stable role within the range of conventional industrial temperature and humidity, without the need for special environmental regulation.
Although it belongs to Acute Toxicity Category 4 (low toxicity level) for oral, dermal, and inhalation routes, it is accompanied by clear protection and first-aid measures. As long as it is operated in accordance with specifications, the use risk can be minimized, and its safety is superior to that of similar highly toxic additives.
Relying on its "one-agent multi-function" feature, it can replace the combined use of traditional flame retardants, water repellents, and rust inhibitors. This reduces the types of additives purchased and procurement costs, while simplifying the additive addition process in production, lowering labor and time costs, and improving overall production efficiency.
No special storage conditions are required. It only needs to be stored in a cool, dry place at normal temperature, away from light, and sealed. There is no need to invest in special refrigeration or constant-temperature storage equipment, reducing the enterprise's storage costs.
It has good adaptability to various substrates such as wood, fibers, and paper. After addition, it does not affect the physical properties of the substrate itself (e.g., the mechanical strength of wood, the flexibility of fibers, and the flatness of paper). There is no need to adjust the formula for different substrates, making it flexible in application scenarios.
The production, use, and transportation of this product can meet the requirements of the *Regulations on the Safety Administration of Hazardous Chemicals* (promulgated in 2002 and revised in 2011). Moreover, it has clear compliance labels for the European market (hazard code Xn, safety statements S26/S37), which can adapt to industrial production standards in multiple regions.
As a multi-functional industrial additive, this product is mainly applied in substrate treatment fields that require flame retardancy, water repellency, and rust inhibition. The specific scenarios are as follows:
It is used for surface or internal treatment of furniture boards and construction solid wood/composite wood. It can form a flame-retardant protective layer in wood fibers, reducing the flammability of furniture and construction boards. At the same time, it improves the water resistance of wood, reducing mildew and deformation in humid environments and extending the service life of wood products. It is suitable for indoor furniture, outdoor landscape wood, and building partition boards.
It is added to the dyeing and finishing process of textile fibers (e.g., cotton fibers, synthetic fibers) to endow fabrics with certain flame-retardant effects (e.g., for curtains, carpets, and workwear fabrics). Meanwhile, it improves the water penetration resistance of fibers, preventing fabrics from being quickly wetted when exposed to water. It is suitable for decorative fabrics in public places, outdoor clothing fabrics, and industrial protective fabrics.
It is used in the production of packaging paper and special industrial paper (e.g., cable paper, insulating paper). It can enhance the flame retardancy of paper (reducing the risk of fire spread when packaged goods catch fire) and water resistance (improving the durability of paper in humid environments). At the same time, it has no obvious impact on the printing performance and mechanical strength of paper. It is suitable for food packaging paper, logistics packaging cartons, and electrical insulating paper.
The UN transportation classification of this product is inconsistent with the standard, and there is no clear UN number. Before transportation, it is necessary to strictly comply with the *Measures for the Administration of Transportation of Hazardous Chemicals* in the place of departure, en route, and destination, and complete the necessary transportation filing procedures in advance to ensure the compliance of the transportation process.
Use packaging containers with good sealing performance (e.g., paper drums or plastic drums lined with polyethylene film) to prevent powder leakage caused by vibration and extrusion during transportation. Clear labels should be affixed to the outside of the packaging, indicating reminders such as "Low-Toxic Chemicals", "Moisture-Proof and Sun-Proof", and "Avoid Mixed Transportation with Oxidizers".
During transportation, exposure to sunlight and rain should be avoided, and the interior of the carriage should be kept dry and ventilated. Mixed loading and transportation with oxidizing substances are strictly prohibited to prevent chemical reactions that affect product performance or cause safety risks.
If packaging damage or powder leakage occurs during transportation, stop transportation immediately, transfer the vehicle to a safe and ventilated area. After the operator wears protective gloves and a dust mask, collect the leaked material with a dry and clean container, seal it, and dispose of it in accordance with the hazardous chemical waste disposal specifications. Random discarding or discharge into the environment is strictly prohibited.
This product is a specialized functional additive for industrial applications—Guanidine Phosphate. It appears as white crystals or crystalline powder with no obvious irritating odor, uniform texture, and high purity (≥95.0%). It exhibits excellent chemical stability under normal temperature and pressure, without easy decomposition or deterioration. Its solubility performance is outstanding: it can be easily dissolved in water to form a clear and colorless solution (solubility up to 0.1g/mL) without requiring complex dissolution processes. Meanwhile, it has stable physicochemical parameters, such as a density of 1.48g/mL (25/4℃), a melting point of 246-250℃, and a boiling point of 158℃ (at 760mmHg). It can maintain stable performance under conventional industrial production conditions and is not prone to failure due to environmental factors, providing reliable support for subsequent processing and application.
Different from single-function additives, this product simultaneously possesses three core functions—flame retardancy, water repellency, and rust inhibition. It can solve multiple problems of materials in use at the same time without the need to additionally match multiple additives, simplifying the production process.
It does not decompose under normal temperature and pressure and does not react with most non-oxidizing substances. There is no need to worry about performance degradation during storage and use, effectively extending the product's shelf life and service cycle.
Its water solubility is controllable (the solution is clear and free of impurities), and it is harmless to the water environment within the scope of reasonable use (environmental discharge requirements must be followed). At the same time, it can play a stable role within the range of conventional industrial temperature and humidity, without the need for special environmental regulation.
Although it belongs to Acute Toxicity Category 4 (low toxicity level) for oral, dermal, and inhalation routes, it is accompanied by clear protection and first-aid measures. As long as it is operated in accordance with specifications, the use risk can be minimized, and its safety is superior to that of similar highly toxic additives.
Relying on its "one-agent multi-function" feature, it can replace the combined use of traditional flame retardants, water repellents, and rust inhibitors. This reduces the types of additives purchased and procurement costs, while simplifying the additive addition process in production, lowering labor and time costs, and improving overall production efficiency.
No special storage conditions are required. It only needs to be stored in a cool, dry place at normal temperature, away from light, and sealed. There is no need to invest in special refrigeration or constant-temperature storage equipment, reducing the enterprise's storage costs.
It has good adaptability to various substrates such as wood, fibers, and paper. After addition, it does not affect the physical properties of the substrate itself (e.g., the mechanical strength of wood, the flexibility of fibers, and the flatness of paper). There is no need to adjust the formula for different substrates, making it flexible in application scenarios.
The production, use, and transportation of this product can meet the requirements of the *Regulations on the Safety Administration of Hazardous Chemicals* (promulgated in 2002 and revised in 2011). Moreover, it has clear compliance labels for the European market (hazard code Xn, safety statements S26/S37), which can adapt to industrial production standards in multiple regions.
As a multi-functional industrial additive, this product is mainly applied in substrate treatment fields that require flame retardancy, water repellency, and rust inhibition. The specific scenarios are as follows:
It is used for surface or internal treatment of furniture boards and construction solid wood/composite wood. It can form a flame-retardant protective layer in wood fibers, reducing the flammability of furniture and construction boards. At the same time, it improves the water resistance of wood, reducing mildew and deformation in humid environments and extending the service life of wood products. It is suitable for indoor furniture, outdoor landscape wood, and building partition boards.
It is added to the dyeing and finishing process of textile fibers (e.g., cotton fibers, synthetic fibers) to endow fabrics with certain flame-retardant effects (e.g., for curtains, carpets, and workwear fabrics). Meanwhile, it improves the water penetration resistance of fibers, preventing fabrics from being quickly wetted when exposed to water. It is suitable for decorative fabrics in public places, outdoor clothing fabrics, and industrial protective fabrics.
It is used in the production of packaging paper and special industrial paper (e.g., cable paper, insulating paper). It can enhance the flame retardancy of paper (reducing the risk of fire spread when packaged goods catch fire) and water resistance (improving the durability of paper in humid environments). At the same time, it has no obvious impact on the printing performance and mechanical strength of paper. It is suitable for food packaging paper, logistics packaging cartons, and electrical insulating paper.
The UN transportation classification of this product is inconsistent with the standard, and there is no clear UN number. Before transportation, it is necessary to strictly comply with the *Measures for the Administration of Transportation of Hazardous Chemicals* in the place of departure, en route, and destination, and complete the necessary transportation filing procedures in advance to ensure the compliance of the transportation process.
Use packaging containers with good sealing performance (e.g., paper drums or plastic drums lined with polyethylene film) to prevent powder leakage caused by vibration and extrusion during transportation. Clear labels should be affixed to the outside of the packaging, indicating reminders such as "Low-Toxic Chemicals", "Moisture-Proof and Sun-Proof", and "Avoid Mixed Transportation with Oxidizers".
During transportation, exposure to sunlight and rain should be avoided, and the interior of the carriage should be kept dry and ventilated. Mixed loading and transportation with oxidizing substances are strictly prohibited to prevent chemical reactions that affect product performance or cause safety risks.
If packaging damage or powder leakage occurs during transportation, stop transportation immediately, transfer the vehicle to a safe and ventilated area. After the operator wears protective gloves and a dust mask, collect the leaked material with a dry and clean container, seal it, and dispose of it in accordance with the hazardous chemical waste disposal specifications. Random discarding or discharge into the environment is strictly prohibited.
