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On August 21, a delegation from the Qiannan Prefecture's Shanghai Office visited Changzhou Jiayuan Chemical Co., Ltd. They held in-depth discussions on the comprehensive utilization of fluorine resources in Qiannan Prefecture, the extension of the fluorine chemical industry chain, the development of new energy materials, and investment cooperation. Representatives from Jiayuan Chemical and its foreign trade team participated in the meeting. Both sides focused on how to leverage the advantages of fluorine resources associated with phosphate mines in Qiannan Prefecture, enhance the comprehensive utilization value of fluorine resources, and promote the implementation of high-value-added fluorine chemical projects.
At the exchange meeting, the investment promotion team from the Qiannan Prefecture Office in Shanghai introduced the local industrial base and key investment areas.
Qiannan Prefecture possesses abundant phosphate resources and has established a relatively complete phosphate chemical industry base. Currently, the proven phosphate reserves in the area are approximately 5 billion tons, with fluorine as a byproduct of about 3.5% of the phosphate rock. Significant phosphate chemical industry clusters have already formed in areas such as Fuquan and Weng'an. Meanwhile, the infrastructure of chemical industrial parks such as the Weng'an Economic Development Zone and the Qiannan High-tech Zone is continuously improving, providing favorable conditions for the further development of the phosphate chemical, fluorine chemical, and new energy industries.
From the perspective of the industrial chain, fluorine associated with phosphate rock is not only a by-product resource, but also one of the important raw material sources for the development of the fluorochemical industry.
In the current phosphate chemical production process, if the associated fluorine is mainly used for primary recovery and basic fluorochemical products, its industrial value has not been fully realized. How to further improve the comprehensive recovery and deep processing of fluorine resources, and extend the associated fluorine in phosphate rock from a basic raw material to high-value-added fluorine-containing products, has become a key area of focus for the development of the fluorochemical industry in Qiannan Prefecture.
This also became an important starting point for the exchange between the two sides.
During the meeting, both sides focused on exchanging views regarding the subsequent utilization of fluorine resources in Qiannan Prefecture.
The region has already established a certain foundation in the fluorochemical industry, with several related enterprises. Anhydrous hydrogen fluoride and electronic-grade hydrofluoric acid have both achieved industrial-scale production capacity. However, in terms of industrial structure, some products are still mainly used as basic raw materials and exported, while there is still considerable room for expansion in downstream high-value-added fluorine-containing products.
Therefore, improving the comprehensive utilization level of fluorine resources should not only focus on "how much fluorine has been recovered", but also on what products the recovered fluorine ultimately forms, what markets it enters, and how much industrial added value it can create.
Based on this idea, the two parties explored the possibility of extending from phosphate rock-associated fluorine resources to fine fluorochemicals, new energy fluorine materials, and high-value-added fluorine-containing intermediates.
According to the current investment promotion plan of Qiannan Prefecture, the local government hopes to focus on introducing fine chemical projects such as fluorine-containing pharmaceuticals and pesticide intermediates to fill the gaps in the existing industrial chain; in the new energy sector, the focus is on fluorine-based electrolyte materials such as lithium hexafluorophosphate and lithium difluorosulfonyl imide , to further synergize with the local iron phosphate, lithium iron phosphate and future solid-state sodium battery industries.
As a company that has long been deeply involved in the fluorochemical field, Jiayuan Chemical's products now cover multiple fluorochemical sectors, including fluorite basic raw materials, organic fluorine, inorganic fluorine, electronic specialty gases, nuclear industry supporting materials, and pharmaceutical and pesticide intermediates, and it continues to expand into overseas markets.
During this exchange, both parties agreed that there is significant complementarity between Jiayuan Chemical's existing business layout and the industrial base of Qiannan Prefecture.
On the raw material side , the abundant phosphate rock and associated fluorine resources in Qiannan Prefecture can serve as an important fluorine source in addition to traditional fluorite resources, providing new raw material guarantees for subsequent fluorochemical projects.
On the industrial side , Qiannan Prefecture has already formed industrial clusters such as phosphorus chemicals and new energy materials. If it further develops fluorine-containing intermediates and new energy fluorine materials, it can achieve closer synergy between the phosphorus, fluorine and new energy industries.
On the market side , Jiayuan Chemical has long been deeply involved in overseas markets and has accumulated considerable experience in international customer development and export channels. This experience can provide opportunities for cooperation in further expanding related products in Russia, Central Asia, and other overseas markets. The meeting minutes also clearly stated that Jiayuan will leverage its overseas channel advantages to provide export matching services for local phosphorus and fluorine chemical companies.
Based on the geographical location, raw material conditions, and current industrial status of Qiannan Prefecture, both parties believe that the future development focus of the local fluorochemical industry should not be simply to replicate basic production capacity, but rather to focus more on high value-added, technology-driven, and refined products .
Especially in the fields of fluorine-containing pharmaceutical and pesticide intermediates, new energy electrolyte materials, electronic chemicals, and some fine fluorine chemical products, the products have a high unit value and a low proportion of transportation costs, making them more suitable for forming a complementary relationship with local phosphate rock associated fluorine resources and existing basic chemical industries.
Both sides also exchanged views on the industrial cluster layout, and believed that if the phosphorus chemical, fluorine chemical and new energy-related enterprises could form a closer industrial chain collaboration within the park, it would help reduce the cross-regional transportation of raw materials, improve resource utilization efficiency, and further reduce overall production costs.
The visit of the investment promotion team from the Qiannan Prefecture Office in Shanghai has laid a solid foundation for both sides to further understand each other's industrial advantages.
Next, both sides plan to continue communication regarding project inspections, industrial resource matching, and market channel cooperation. According to the exchange arrangements, the Qiannan Prefecture investment promotion team will also organize relevant fluorochemical companies from Jiangsu Province to conduct on-site inspections in the area to further understand the associated fluorine resources of phosphate mines, the conditions of the chemical industrial park, and the supporting industrial facilities.
For Jiayuan Chemical, this exchange was not only a project matchmaking event, but also an opportunity to re-examine the value of fluorine associated with phosphate rock from the perspective of the industrial chain.
In the future, Jiayuan Chemical will continue to leverage its advantages in fluorochemical product systems, industrial chain resources, and overseas market channels , actively explore more possibilities with resource-based regions in areas such as technological cooperation, product development, cooperative production, and market expansion, and jointly promote the upgrading of fluorine resources from basic utilization to refined and high-value-added utilization, creating new cooperation space for the high-quality development of China's fluorochemical industry chain.
Ammonium Fluoride (NH₄F): Key Uses and Industrial Applications
Ammonium Fluoride (NH₄F) is an important inorganic fluoride compound widely used in glass processing, metal treatment, electronics manufacturing, and chemical production. Due to its excellent reactivity with silica and metal oxides, it has become a valuable raw material in various industrial sectors. Changzhou Jiayuan Chemical Co., Ltd. focuses on the field of fluorochemistry and has built a complete industrial chain from fluorite to high - purity hydrogen fluoride , electronic-grade hydrofluoric acid, trifluorochloroethylene, octafluorocyclobutane, inorganic fluoride salt series, boron-10 acid, electronic specialty gases, and downstream high-end fluorinated liquids (such as HFE449), truly achieving vertical integration throughout the AI big data market.Changzhou Jiayuan Chemical Co., Ltd., relying on its self-controllable raw material advantages and large-scale production capabilities, can ensure stable product quality and reliable supply from source to finished product. The company's products are widely used in cutting-edge fields such as precision manufacturing cleaning, electronic heat dissipation and cooling, new energy, and semiconductor testing, and the company is committed to providing global customers with high-performance, low-environmental-impact fluorochemical solutions.Changzhou Jiayuan Chemical Co., Ltd. will continue to focus on the fluorochemical industry chain, promote the technological iteration and industrialization of green fluorosolvents, and contribute to the sustainable development of the industry.Main Properties of Ammonium FluorideAmmonium fluoride is a white crystalline powder with high water solubility and strong chemical activity. It provides an effective source of fluoride ions, making it suitable for etching, cleaning, and surface treatment applications. Proper storage in a dry, sealed environment helps maintain product stability and quality.Industrial Applications·Glass EtchingOne of the most common uses of ammonium fluoride is glass etching. It reacts with silica on glass surfaces, creating matte finishes, decorative patterns, and precision-etched components used in architectural, optical, and industrial glass products.·Metal Surface TreatmentAmmonium fluoride is widely used in metal cleaning and surface preparation. It helps remove oxide layers and contaminants, improving surface quality before coating, plating, or other finishing processes.·Semiconductor and Electronics IndustryIn semiconductor manufacturing, ammonium fluoride is used in cleaning and etching processes. High-purity grades are especially important for electronic applications where strict quality standards and low impurity levels are required.·Rare Earth ProcessingThe fluoride ions in ammonium fluoride play a role in rare earth extraction and separation processes. It is often used to improve processing efficiency and product purity in the production of rare earth compounds.·Chemical ManufacturingAmmonium fluoride is also used as a fluorinating agent and intermediate in the production of specialty chemicals, laboratory reagents, and other fluoride-based compounds.Why Choose High-Quality Ammonium Fluoride?For industrial users, product purity directly affects process efficiency and final product quality. High-quality ammonium fluoride offers:·Consistent chemical composition·Stable performance in industrial processes·Lower impurity content·Improved production efficiency·Reliable quality for demanding applicationsAs industries continue to demand higher performance materials, ammonium fluoride remains an essential chemical for glass, electronics, metal treatment, and chemical manufacturing applications worldwide.FAQQ1: What is ammonium fluoride mainly used for?Ammonium fluoride is mainly used for glass etching, metal surface treatment, semiconductor processing, rare earth extraction, and chemical manufacturing.Q2: Is ammonium fluoride soluble in water?Yes. Ammonium fluoride is highly soluble in water, making it suitable for various industrial processing applications.Q3: Why is high-purity ammonium fluoride important?High-purity ammonium fluoride helps reduce impurities, improve process consistency, and meet the strict quality requirements of electronics, semiconductor, and specialty chemical industries.
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2026-09-18
Ammonium Fluoride (NH₄F): Key Uses and Industrial Applications
Ammonium Fluoride (NH₄F): Key Uses and Industrial ApplicationsAmmonium Fluoride (NH₄F) is an important inorganic fluoride compound widely used in glass processing, metal treatment, electronics manufacturing, and chemical production. Due to its excellent reactivity with silica and metal oxides, it has become a valuable raw material in various industrial sectors. Changzhou Jiayuan Chemical Co., Ltd. focuses on the field of fluorochemistry and has built a complete industrial chain from fluorite to high - purity hydrogen fluoride , electronic-grade hydrofluoric acid, trifluorochloroethylene, octafluorocyclobutane, inorganic fluoride salt series, boron-10 acid, electronic specialty gases, and downstream high-end fluorinated liquids (such as HFE449), truly achieving vertical integration throughout the AI big data market.Changzhou Jiayuan Chemical Co., Ltd., relying on its self-controllable raw material advantages and large-scale production capabilities, can ensure stable product quality and reliable supply from source to finished product. The company's products are widely used in cutting-edge fields such as precision manufacturing cleaning, electronic heat dissipation and cooling, new energy, and semiconductor testing, and the company is committed to providing global customers with high-performance, low-environmental-impact fluorochemical solutions.Changzhou Jiayuan Chemical Co., Ltd. will continue to focus on the fluorochemical industry chain, promote the technological iteration and industrialization of green fluorosolvents, and contribute to the sustainable development of the industry.Main Properties of Ammonium FluorideAmmonium fluoride is a white crystalline powder with high water solubility and strong chemical activity. It provides an effective source of fluoride ions, making it suitable for etching, cleaning, and surface treatment applications. Proper storage in a dry, sealed environment helps maintain product stability and quality.Industrial Applications·Glass EtchingOne of the most common uses of ammonium fluoride is glass etching. It reacts with silica on glass surfaces, creating matte finishes, decorative patterns, and precision-etched components used in architectural, optical, and industrial glass products.·Metal Surface TreatmentAmmonium fluoride is widely used in metal cleaning and surface preparation. It helps remove oxide layers and contaminants, improving surface quality before coating, plating, or other finishing processes.·Semiconductor and Electronics IndustryIn semiconductor manufacturing, ammonium fluoride is used in cleaning and etching processes. High-purity grades are especially important for electronic applications where strict quality standards and low impurity levels are required.·Rare Earth ProcessingThe fluoride ions in ammonium fluoride play a role in rare earth extraction and separation processes. It is often used to improve processing efficiency and product purity in the production of rare earth compounds.·Chemical ManufacturingAmmonium fluoride is also used as a fluorinating agent and intermediate in the production of specialty chemicals, laboratory reagents, and other fluoride-based compounds.Why Choose High-Quality Ammonium Fluoride?For industrial users, product purity directly affects process efficiency and final product quality. High-quality ammonium fluoride offers:·Consistent chemical composition·Stable performance in industrial processes·Lower impurity content·Improved production efficiency·Reliable quality for demanding applicationsAs industries continue to demand higher performance materials, ammonium fluoride remains an essential chemical for glass, electronics, metal treatment, and chemical manufacturing applications worldwide.FAQQ1: What is ammonium fluoride mainly used for?Ammonium fluoride is mainly used for glass etching, metal surface treatment, semiconductor processing, rare earth extraction, and chemical manufacturing.Q2: Is ammonium fluoride soluble in water?Yes. Ammonium fluoride is highly soluble in water, making it suitable for various industrial processing applications.Q3: Why is high-purity ammonium fluoride important?High-purity ammonium fluoride helps reduce impurities, improve process consistency, and meet the strict quality requirements of electronics, semiconductor, and specialty chemical industries.
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2026-09-17
What Are the Advantages of High-Purity Potassium Fluoride Over Standard Potassium Fluoride?
High-purity potassium fluoride (KF) offers significant advantages over standard industrial-grade potassium fluoride, particularly in applications where material purity and process consistency are critical. Due to its lower impurity levels and higher chemical stability, it is widely used in semiconductors, electronic chemicals, advanced materials, pharmaceuticals, and specialty chemical manufacturing. 1. Lower Impurity LevelsStandard potassium fluoride is suitable for general industrial applications, while high-purity potassium fluoride undergoes additional purification processes to significantly reduce impurities such as iron (Fe), sodium (Na), chloride (Cl⁻), and heavy metals.According to ACS-grade specifications published by Sigma-Aldrich and Merck, high-purity potassium fluoride can achieve purity levels above 99%, with iron content below 0.001% and chloride and sulfate levels below 0.005%. Lower impurity concentrations help minimize side reactions and improve product consistency.2. Better Suited for Electronics and Semiconductor ManufacturingIn semiconductor and electronic material production, even trace metal contamination can affect product yield and performance. High-purity potassium fluoride meets the stringent requirements of electronic-grade chemicals for low contamination and low impurity levels, making it suitable for advanced manufacturing applications.3. Improved Reaction Efficiency and Product QualityPotassium fluoride is commonly used as a fluorinating agent in organic synthesis, pharmaceutical intermediates, and specialty chemical production. Higher purity means fewer impurities interfere with the reaction process, improving selectivity and increasing target product yields while reducing batch-to-batch variations.4. Enhanced StabilityResearch has shown that impurities in fluoride systems can affect material stability and overall performance. High-purity potassium fluoride reduces the risk of performance degradation caused by contaminants, providing more stable results in demanding applications.High-Purity Potassium Fluoride vs. Standard Potassium FluorideParameterStandard Potassium FluorideHigh-Purity Potassium FluoridePurity95%–99%Above 99%Metal ImpuritiesHigherLowerProduct StabilityStandardEnhancedSemiconductor ApplicationsLimitedSuitableFine Chemical ManufacturingGeneral UseRecommended for High-End ApplicationsConclusionFor general industrial applications, standard potassium fluoride is often sufficient. However, for semiconductors, electronic chemicals, new energy materials, and high-value specialty chemicals, high-purity potassium fluoride offers clear advantages through lower impurity levels, greater stability, and improved process consistency. As quality requirements continue to increase across advanced manufacturing industries, high-purity potassium fluoride is becoming an increasingly important raw material.Frequently Asked Questions (FAQ)1. What is the main difference between high-purity potassium fluoride and standard potassium fluoride?The primary difference is purity and impurity control. High-purity potassium fluoride contains significantly lower levels of metal impurities, moisture, and unwanted ions, making it suitable for industries with strict quality requirements such as semiconductors, electronic materials, and specialty chemicals.2. Which industries commonly use high-purity potassium fluoride?High-purity potassium fluoride is widely used in semiconductor manufacturing, electronic chemicals, new energy materials, photovoltaic applications, pharmaceutical intermediates, and high-end specialty chemical production. These industries require high levels of purity, stability, and production consistency.3. Is high-purity potassium fluoride worth using instead of standard potassium fluoride?For conventional industrial processes, standard potassium fluoride may be adequate. However, in applications where impurity control, product yield, and process stability are critical, high-purity potassium fluoride can provide better performance and higher product quality, making it a valuable choice for advanced manufacturing.
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2026-09-17
Jiayuan Delegation Visits ICIF China 2026, Focusing on New Materials and Green Low-Carbon
Time: 2026-09-16 On the occasion of the grand opening of ICIF China 2026, Changzhou Jiayuan Chemical Co., Ltd. organized a delegation to attend the exhibition for in-depth observation and exchange. Gathering top global enterprises and cutting-edge technologies, the exhibition saw the Jiayuan delegation focus on two major professional halls — the "Energy and Fine Chemicals Hall" and the "Chemical New Materials and Chemical Reagents Hall" — and extensively tour special exhibition areas including intelligent manufacturing, smart chemical industrial parks, and green environmental protection. The visit broadened the company's strategic vision for understanding frontier trends in chemical new materials and electronic chemicals and for laying out a high-end fine chemical industrial chain. Deep Focus on Two Core Halls to Explore High-End Manufacturing and Frontier Technologies In the two core halls, exhibits such as high-purity chemical reagents, special fluorine-phosphorus chemical raw materials, low-carbon energy equipment, and bio-based new materials were showcased in a concentrated manner. The Jiayuan delegation focused on the latest applications of electronic-grade and optoelectronic-grade high-purity chemicals — including high-purity fluoride salts, metaphosphates, and fluorinated rare earths — as well as special optical glass substrates in semiconductor manufacturing, optical communications, and high-end coating. According to a relevant person in charge of the exhibition, China's chemical industry is comprehensively transitioning from a "resource-driven" model to an "innovation-driven" one featuring high-end, refined, and green development, with cooperation expanding deeply into emerging fields such as high-end electronic chemicals, green low-carbon materials, and key raw materials for new energy. E6 Fine Chemicals and Intelligent Equipment Area Shines with Highlights, Smart "Intelligent Manufacturing" Releases New Momentum The Jiayuan delegation paid close attention to the E6 Fine Chemicals and Intelligent Equipment exhibition area. The area gathered fine chemical products such as catalysts, surfactants, and water treatment agents, while the equipment side concentrated on displaying reactors, separation, filtration and drying equipment, pumps, valves and seals, and analytical instruments. Frontier solutions including digital twin factories, APC optimization systems, AI quality inspection technology, and chemical robots were interspersed throughout, driving chemical production from "experience-driven" to "data-driven" evolution. Unitree Technology exhibited for the first time, with its explosion-proof robots and inspection robots directly entering chemical safety production scenarios. Enterprises such as Xi'an Quantum Intelligent Technology also made concentrated appearances, providing new paths for chemical safety production and efficiency improvement. Attention to E7 Safety, Environmental Protection and Chemical Reagents Area, Forward-Looking Layout of Diversified Cooperation The Jiayuan delegation also paid great attention to the safety, environmental protection, and chemical reagents area in Hall E7. The area covered green low-carbon technologies such as VOCs treatment, zero discharge of high-salt wastewater, solid waste resource utilization, CCUS, explosion-proof electrical equipment, leakage monitoring and emergency prevention and control, as well as packaging and storage solutions including IBC ton drums, intelligent hazardous chemical storage tanks, and hazardous goods logistics. The chemical reagents and laboratory equipment section concentrated on displaying basic inorganic chemical reagents, high-purity chemical reagents, life science chemical reagents, reference materials, and analytical chemical reagents. Jiayuan delegation members stated that ICIF China 2026 fully demonstrates China's fruitful achievements in independent innovation in the fields of chemical new materials and electronic chemicals. Taking this visit as an opportunity, Jiayuan will continue to follow the latest developments in chemical new materials and green low-carbon technologies, actively connect with exhibition platform resources, and explore practical cooperation paths in high-end fine chemical industrial chain collaboration, new material technology introduction, and cross-border trade expansion, driving high-quality corporate development through technological innovation.
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2026-09-16
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Focus on fluorine-containing pharmaceutical&pesticide intermediates
