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| Params | Co <1 ppm Cr <1 ppm Ti <1 ppm Cu <1 ppm Fe 2.9 ppm Mn <1 ppm Ni <1 ppm V <1 ppm weight loss on burning 0.31% P2O5 71.2% Sr 1126 ppm purity 99.5% | ||
1. Purity and impurity control advantages: Purity reaches 99.5%, loss on ignition controlled within 0.5%, with measured P2O5 content of 71.2%. Iron content as low as 2.9 ppm, with cobalt, chromium, titanium, copper, manganese, nickel, and vanadium all controlled within 1 ppm. High purity ensures more stable product performance and better batch-to-batch consistency, reducing the risk of side reactions from impurities and lowering subsequent process adjustment needs for food-grade and high-purity applications. 2. Significant agricultural application advantages: As a high-concentration phosphate fertilizer with P2O5 content of about 71%, the application rate per unit area is reduced by about 20% to 30% compared with ordinary phosphate fertilizers, directly lowering fertilizer procurement and transportation costs. Phosphorus exists in citrate-soluble form and can be continuously absorbed by crop roots in acidic soil, with more lasting effectiveness than equivalent ordinary phosphate fertilizers, reducing topdressing frequency and labor input. It is especially suitable for legumes, forage grass, grains, corn, sugar beet, and other cash crops, and can further improve efficiency when combined with nitrogen and organic fertilizers. 3. Outstanding biomedical application advantages: It has biocompatibility, biodegradability, and osteoconductivity, can be absorbed by the human body and used for bone tissue development and repair, helping promote bone density improvement. It can be used to prepare bioactive ceramics and glass materials, with application value in bone repair scaffold research. 4. Broad industrial material application value: Suitable for high-melting-point optical glass production, and can be used as raw material for optical glass in imaging devices such as mobile phone lenses, vehicle monitoring lenses, and digital camera lenses. The product has good stability and controllable melting characteristics during high-temperature sintering, helping optimize glass transmittance and chemical stability. It can also be used in ceramic glazes, high-temperature adhesives, refractory materials, and special glass sealing materials. 5. Comprehensive service support: Available in plastic woven bags, aluminum foil bags, fiber drums, and other packaging forms, with other packaging solutions negotiable according to customer needs. The product should be stored in a ventilated, low-temperature, dry warehouse, separate from oxidants and food additives. Full-process service from product selection consultation to after-sales support is provided; customers can verify effects through sample testing, and the company assists in analyzing application data and providing usage recommendations. Bulk orders support flexible packaging solutions and logistics coordination, with regular customer follow-ups to track usage and targeted storage guidance based on warehouse conditions.

CaHO3P