Guizhou Xintai Group
Xintai Group
XINTAI GROUP

Xintai Group

We’ve always believed that excellent quality and service are the lifeblood of a business.

2003 Year

The company was founded in 2003

Culture

Spirit

Principles

Philosophy

Guizhou Xintai Group

Strive relentlessly, bravely fight for victory, and courageously scale new heights.

Kaili Xintai Melting Materials Co., Ltd. was established in December 2003 and was originally located on Yanjiang Road in Kaili City. On March 26, 2012, the company signed an “Investment Agreement” with the Kaili Municipal Government for off-site relocation, capacity expansion, and technological upgrading. The new facility is situated in the Lushan Industrial Park of the Lubie Economic Development Zone, covering an area of 120 mu, with a total investment of 150 million yuan to build a new production line capable of annually producing 200,000 tons of calcium aluminate series products. Construction commenced on April 16, 2012, and the facility was completed and put into operation in May 2014. In 2016, the company expanded its operations by adding a 100,000-ton-per-year drying line and establishing a new production line for woven packaging bags with an annual output of 10 million units. To this end, Kaili Hengshun Packaging Co., Ltd. was founded. Construction of this new facility began on April 16, 2016, and it went into operation in September 2016. On April 5, 2016, the company signed another “Investment Agreement” with the Kaili Municipal Government for the construction of a new production line with an annual capacity of 120,000 tons of polyaluminum chloride—a key product in the industrial chain. As a result, Kaili Xinmingkai Water Purification Technology Co., Ltd. was established, occupying an area of 82 mu and involving an investment of 280 million yuan. This facility began production in October 2017. In 2023, the company achieved an output value of 64.74 million yuan and paid 3.5 million yuan in taxes. As of the end of October 2024, the company had already reached an output value of 68.84 million yuan and paid 3.7 million yuan in taxes.

Guizhou Xintai New Materials Technology Co., Ltd. was established on December 19, 2022, with an investment of 300 million yuan to build a production line capable of manufacturing 300,000 tons of graphite and carbon products annually. The company’s main products are graphite and carbon products. Construction of the first-phase project commenced in March 2023 and began operations in November 2023. As of the end of October 2024, the company had achieved an output value of 94.393 million yuan.

Guizhou Xintai New Energy Materials Co., Ltd. was established on March 1, 2023, with an investment of 60 million yuan to build a screening production line with an annual capacity of 200,000 tons of graphite and carbon products.Main products: graphite and carbon products. The first-phase project broke ground in March 2024 and is scheduled to begin production in November 2024.

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视频标题

2003

2012

2014

2015

2016

2022

2023

  • 20

    2026-01

    2026-01-20

    2003

    The group company was established in December 2003. It employs advanced production processes and technologies and primarily manufactures products such as calcium aluminate powder for water treatment agents, aluminates cement, highly active bauxite, polyaluminum chloride, polyaluminum ferric chloride, and packaging products.

  • 19

    2026-01

    2026-01-19

    2012

    On March 26, 2012, an “Investment Agreement” was signed with the Kaili Municipal Government for off-site relocation and capacity expansion as well as technological upgrading. On June 25, the Kaili Municipal Bureau of Industry and Information Technology officially filed and confirmed the project.

  • 18

    2026-01

    2026-01-18

    2014

    On July 15, 2014, the Kaili City Environmental Protection Bureau issued Document No. 524 (2014) of the Kaili Environmental Protection Letter, approving the completion acceptance of the production line.

  • 18

    2026-01

    2026-01-18

    2015

    In February 2015, it passed the acceptance inspection for “Standardization of Work Safety” conducted by the Qian Dongnan Prefecture Administration of Work Safety Supervision and Management.

  • 18

    2026-01

    2026-01-18

    2016

    On April 5, 2016, we signed an Investment Agreement with the KaiLi Municipal Government for the Second Factory, investing 280 million yuan to build a new production line with an annual capacity of 120,000 tons of polyaluminum chloride, a production line with an annual capacity of 100,000 tons of red pigment, and a production line with an annual capacity of 10 million woven packaging bags.

  • 18

    2026-01

    2026-01-18

    2022

    Guizhou Xintai New Materials Technology Co., Ltd. was registered and established. On August 28, 2023, the first-phase production project was completed and put into operation. The company is a specialized manufacturer of calcined coke and carbon blocks.

  • 18

    2026-01

    2026-01-18

    2023

    Guizhou Xintai New Energy Materials Co., Ltd. was registered and established. The production facility was completed and put into operation on June 28, 2024. Its business scope includes the manufacturing of graphite and carbon products, the manufacturing of new building materials, and the production and sale of non-metallic mineral products.

GROUP NEWS

Group News


Company News Media reports Public Notice

The Lubi Economic Development Zone further boosts its “green content”: Xintai Melting Materials’ ultra-low emission upgrade has been successfully completed.

2025-12-08

It is understood that the project will kick off in March 2025 and be completed by November. The renovation focuses on the flue gas treatment system, upgrading the original SNCR denitration process of the production line to an efficient dry desulfurization process. Flue gas purification for kilns will be optimized according to the “one kiln, one furnace” principle. After the renovation, emissions of nitrogen oxides, sulfur dioxide, and particulate matter will be reduced by more than 60%. Xintai Melting Materials’ green transformation is not an isolated case. Prior to this, Kaorong Glass Co., Ltd. and Qiya Aluminum Co., Ltd. in the Lubu Economic Development Zone have already completed ultra-low emission upgrades one after another, and the atmosphere among enterprises in the zone to embrace green transformation is growing stronger. In the next step, the Lubu Economic Development Zone will continue to intensify its support and services for enterprises’ green transformations, with a particular focus on promoting technological upgrades and renovations in industries such as metal smelting, non-metallic manufacturing, and renewable resource utilization. This will further strengthen the battle against pollution and continuously enhance the “green content” of the zone’s high-quality development.

Comrade Yang Zongwei, Party Secretary and Director of the Kaili Branch of the Provincial Department of Ecology and Environment, led a team to the Lushan Industrial Park to carry out safety supervision work in the field of ecological environment for key enterprises.

2023-09-13

Comrade Yang Zongwei and his delegation visited KaiLi Xintai Melting Materials Co., Ltd. and KaiLi Xinmingkai Water Purification Technology Co., Ltd. to inspect on-site the construction of environmental protection facilities and project implementation. At the site, they carefully examined the construction of the temporary storage room for hazardous waste at Xintai Melting Materials. The onsite supervisor explained that the newly built temporary storage room for hazardous waste has been constructed strictly in accordance with the latest standards and requirements, including laying impermeable membranes, building drainage channels and collection wells, and installing new signage. Meanwhile, Comrade Yang Zongwei also inspected the Phase III construction project of KaiLi Xinmingkai Water Purification Technology Co., Ltd. on-site and emphasized that enterprises must pay close attention to the construction of environmental protection facilities, ensure timely online monitoring and networking of exhaust gas emissions, and properly carry out the completion acceptance of environmental protection measures. Enterprises must earnestly strengthen environmental protection management and safe production practices. The enterprise’s responsible persons must implement effective safety protection measures at construction sites, ensuring that construction is carried out in compliance with regulations and under safe conditions. They should also provide regular safety education, conduct periodic inspections of environmental protection facilities, promptly address any potential environmental safety hazards, and ensure that both safety production responsibilities and environmental protection responsibilities are fully implemented.

The Lubi Economic Development Zone further boosts its “green content”: Xintai Melting Materials’ ultra-low emission upgrade has been successfully completed.

2025-12-08

It is understood that the project will kick off in March 2025 and be completed by November. The renovation focuses on the flue gas treatment system, upgrading the original SNCR denitration process of the production line to an efficient dry desulfurization process. Flue gas purification for kilns will be optimized according to the “one kiln, one furnace” principle. After the renovation, emissions of nitrogen oxides, sulfur dioxide, and particulate matter will be reduced by more than 60%. Xintai Melting Materials’ green transformation is not an isolated case. Prior to this, Kaorong Glass Co., Ltd. and Qiya Aluminum Co., Ltd. in the Lubu Economic Development Zone have already completed ultra-low emission upgrades one after another, and the atmosphere among enterprises in the zone to embrace green transformation is growing stronger. In the next step, the Lubu Economic Development Zone will continue to intensify its support and services for enterprises’ green transformations, with a particular focus on promoting technological upgrades and renovations in industries such as metal smelting, non-metallic manufacturing, and renewable resource utilization. This will further strengthen the battle against pollution and continuously enhance the “green content” of the zone’s high-quality development.

The Lubi Economic Development Zone further boosts its “green content”: Xintai Melting Materials’ ultra-low emission upgrade has been successfully completed.

2025-12-08

It is understood that the project will kick off in March 2025 and be completed by November. The renovation focuses on the flue gas treatment system, upgrading the original SNCR denitration process of the production line to an efficient dry desulfurization process. Flue gas purification for kilns will be optimized according to the “one kiln, one furnace” principle. After the renovation, emissions of nitrogen oxides, sulfur dioxide, and particulate matter will be reduced by more than 60%. Xintai Melting Materials’ green transformation is not an isolated case. Prior to this, Kaorong Glass Co., Ltd. and Qiya Aluminum Co., Ltd. in the Lubu Economic Development Zone have already completed ultra-low emission upgrades one after another, and the atmosphere among enterprises in the zone to embrace green transformation is growing stronger. In the next step, the Lubu Economic Development Zone will continue to intensify its support and services for enterprises’ green transformations, with a particular focus on promoting technological upgrades and renovations in industries such as metal smelting, non-metallic manufacturing, and renewable resource utilization. This will further strengthen the battle against pollution and continuously enhance the “green content” of the zone’s high-quality development.

SUBSIDIARY

Affiliated enterprises


Strive relentlessly, bravely fight for victory, and courageously scale new heights.

产品应用场景

Xinmingkai Water Purification Technology

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The company pursues brand development goals of "high technology, high quality, and internationalization." For many years, its "Jinghai Bao" brand products have consistently ranked at the forefront of the domestic industry, and the brand enjoys a prominent position in the industry.

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产品应用场景

Xintai New Materials

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The company is a specialized manufacturer of calcined coke and carbon blocks. Its business scope includes the manufacture of graphite and carbon products, non-metallic mineral products, new building materials, lime and gypsum, lightweight building materials, as well as the production and sale of refractory materials.

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产品应用场景

Xintai New Energy Materials

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The company is a specialized manufacturer of calcined petroleum coke. Its business scope includes the manufacture of graphite and carbon products, the production of new building materials, and the manufacturing and sale of non-metallic mineral products.

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产品应用场景

Hengshun Packaging Products

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Hengshun Packaging Products Co., Ltd. has a total investment of 6 million yuan, a production capacity of 10 million packaging bags, and a building area of 2,500 square meters. It offers a one-stop service covering printing and sewing.

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产品应用场景

Kaixin Transportation Company

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The company has established a professional freight logistics system and a logistics tracking system, providing you with detailed and convenient cargo tracking services. At the same time, we boast an extensive service network that ensures seamless and traceable operations throughout the entire process—from cargo pickup to delivery—helping your goods reach their destination on time, accurately, and safely.

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Xinmingkai Water Purification Technology

Xintai New Materials

Xintai New Energy Materials

Hengshun Packaging Products

Kaixin Transportation Company

Party Building

Party Building Updates


Xintai Group introduces the guidelines for using calcium aluminate powder as a water purification agent. Master these six key points, and you’ll be completely confident and capable!

What should be noted when using calcium aluminate powder as a water purification agent from Xintai Group? Understanding these six new points will help you handle it with ease! Tip: “In the sweltering summer, mastering these six guidelines for using calcium aluminate powder as a water purification agent will ensure you’re fully prepared!” To help everyone make better use of calcium aluminate powder and enjoy an even better user experience, here are six common questions to keep in mind: 1. Avoid exposing it to direct sunlight—prolonged exposure can also damage the packaging. During transportation and storage, prevent any damage to the packaging and strictly avoid mixing it with other materials. Generally, do not mix it with other cementitious chemicals, such as concrete or lime powder, that can release calcium hydroxide. 2. Pay attention to moisture protection—since summers tend to have more rainfall, calcium aluminate powder is highly susceptible to absorbing moisture, which can negatively affect its performance. If the powder clumps due to moisture, be sure to crush and grind it finely. If the clumps are too hard to break down, discard them immediately. 3. When using Xintai Group’s calcium aluminate powder as a water purification agent, make sure to properly adjust the acid concentration to prevent the formation of silica gel precipitates. 4. During the use of Xintai Group’s calcium aluminate powder as a water purification agent, ensure that the feed rate is even and avoid adding it too quickly. In the production process of polyaluminum chloride using calcium aluminate powder, first fill the reaction tank with water and turn on the agitator. Then, add sulfuric acid quantitatively, dilute it to the required concentration, and gradually add the calcium aluminate powder to initiate the reaction. 5. Xintai Group’s...

2022-12-06

A company from Qiandongnan Prefecture participates for the first time in drafting a “national standard.”

On April 13, the Provincial Quality Supervision Bureau and Kaili Xintai Melting Materials Co., Ltd. participated in the preliminary review meeting for the formulation of the national standard "Calcium Aluminate for Water Treatment Agents," held in Zhengzhou. This marks the first time that enterprises from Qiandongnan Prefecture have taken part in drafting a national standard.

2020-09-28

Offering a Helping Hand to Environmental Protection Enterprises: A Documentary on the Lubi Branch’s Support for the Development of Kaili Xintai Melting Materials Co., Ltd.

Guizhou Kaili Rural Commercial Bank will, as always, remain true to its market positioning, vigorously supporting “agriculture, rural areas, and farmers,” small and micro enterprises, and communities. We will provide convenient, flexible, and swift financial services to the broad customer base in the Lubbi Economic Development Zone, making the zone’s economy increasingly vibrant and the region’s development ever more prosperous.

2020-09-24

MIIT: China’s manufacturing sector is currently undergoing a transformation and needs to firmly implement Made in China 2025.

On the 26th, the Ministry of Industry and Information Technology (MIIT) released a report by MIIT’s Zhang Miaowei to the National People’s Congress on advancing supply-side structural reform and accelerating the transformation and upgrading of the manufacturing sector. The report stated that China’s manufacturing industry is undergoing a transition from large-scale to strong, and its long-term fundamental outlook remains positive. However, it faces multiple challenges, including a shift in growth speed, structural adjustments, and a transformation of growth drivers. Whether we can smoothly achieve the strategic shift from quantity expansion to quality improvement and make manufacturing an important pillar for China’s basic realization of modernization hinges on firmly implementing “Made in China 2025” and unswervingly pursuing the development of manufacturing. The report emphasized that manufacturing is the backbone of the real economy and the main battlefield for technological innovation. Building a manufacturing sector with international competitiveness is essential for enhancing China’s overall strength, safeguarding national security, and building a world-class power. The Party Central Committee and the State Council attach great importance to the development of manufacturing. The 18th National Congress of the Communist Party of China pointed out the need to promote the healthy development of strategic emerging industries and advanced manufacturing. The Fifth Plenary Session of the 18th CPC Central Committee stressed the implementation of “Made in China 2025” and accelerating the building of a manufacturing powerhouse. The State Council’s Executive Meeting has specifically studied supply-side structural reform and the implementation of “Made in China 2025.” All departments and localities have earnestly implemented the decisions and deployments of the Party Central Committee and the State Council, steadily and orderly promoting supply-side structural reform and the transformation and upgrading of the manufacturing sector. Since the reform and opening-up, especially since the beginning of the new century, China’s manufacturing sector has achieved globally remarkable accomplishments. Its overall scale has expanded rapidly, its innovation capacity has significantly strengthened, and its industrial structure has continued to optimize. During the 12th Five-Year Plan period, China’s manufacturing sector achieved an average annual growth rate of 9%, becoming an important pillar for resisting the global financial crisis and maintaining stable macroeconomic development. Particularly since the launch of “Made in China 2025” in 2015, under the strong leadership of the Party Central Committee and the State Council, guided and promoted by the National Leading Group for Building a Manufacturing Powerhouse, various tasks have yielded positive results. Eleven special planning guidelines for “Made in China 2025” have been issued and implemented, a batch of supporting policies and measures have been introduced, and all provinces (autonomous regions and municipalities) have formulated implementation plans or action outlines. A policy system featuring horizontal coordination, vertical integration, and multi-party collaboration has basically taken shape. In 2016, the value-added of the manufacturing sector grew by 6.8% year-on-year, laying a solid foundation for the nation’s GDP growth of 6.7%. (1) New breakthroughs have been made in supply-side structural reform in manufacturing. First, excess capacity has been actively and prudently resolved. An inter-ministerial joint conference mechanism has been established to address excess capacity in steel and coal industries and facilitate their recovery and development. Detailed implementation plans have been refined, and special inspections have been carried out. In 2016, more than 65 million tons of crude steel capacity and over 290 million tons of coal capacity were eliminated, exceeding the annual targets in both quality and quantity. The placement of workers was generally stable and orderly, and subsidy funds were largely disbursed. Innovative approaches to industry management have been adopted, and “zombie enterprises” have been dealt with according to their categories. Industry mergers and reorganizations have been vigorously promoted, effectively increasing industry concentration and enterprise competitiveness, gradually improving market supply-demand relations, and yielding positive results in boosting efficiency, promoting transformation, establishing a fair competition market order, improving expectations and stabilizing confidence, preventing economic and social risks, and exploring long-term development paths. Second, efforts have been made to reduce costs and increase efficiency in industrial enterprises. The pilot program of replacing business tax with value-added tax has been fully rolled out; the policy of additional deduction for R&D expenses has been implemented; fee-cleaning reforms have been advanced; administrative fees related to enterprises have been canceled or reduced; information sharing between banks and enterprises has been strengthened; the financial sector has been guided to increase support for manufacturing; pilot programs for investment-loan linkage have been steadily promoted; industrial chain finance has been improved, reducing financing costs. The “deregulation and service” reform has been deepened, removing various implicit barriers such as “glass doors” and “ceilings.” Efforts have been focused on promoting mass entrepreneurship and innovation, supporting large manufacturing enterprises, major internet companies, and basic telecom enterprises to establish platforms for mass innovation and entrepreneurship. Guarantee compensation mechanisms have been established in six provinces (municipalities), and government-supported guarantee institutions have been developed to promote the development of small and medium-sized enterprises. Third, shortcomings in the quality of physical products have been addressed. A special campaign called “Three Products”—increasing variety, improving quality, and creating brands—has been organized to improve the industry ecosystem and boost consumer confidence. Twenty-three industrial product quality control and technical evaluation laboratories have been approved, and 55 national standards for consumer goods and 208 industry standards have been released. Mergers and reorganizations and quality traceability in the infant formula milk powder industry have been promoted. (2) New progress has been made in the development of advanced manufacturing and the cultivation of new growth drivers. First, industrial innovation capability and system-building have been further promoted. The manufacturing standards system and innovation network have been improved, and the construction of national and provincial-level manufacturing innovation centers has been advanced. Currently, the National Power Battery Innovation Center has been established and is widely recruiting universities and upstream and downstream enterprises in the industrial chain, operating under a market-oriented model of “company + alliance.” The National Additive Manufacturing Innovation Center is being set up, and 19 provincial-level manufacturing innovation centers have also been cultivated and built across the country. By innovating systems and mechanisms and integrating resource elements, manufacturing innovation centers have been transformed into key carriers for research on common technologies and demonstration of industrial applications. Second, the foundational capabilities of industry have been continuously strengthened. The Industrial Foundation Strengthening Project has been continuously implemented, focusing on the “four foundations” of industry—core basic parts and components, advanced basic processes, key basic materials, and industrial technology foundations—and carrying out demonstration applications of key products and processes. Positive results have been achieved in some key products and processes. Third, the level of intelligent manufacturing has been steadily enhanced. Guided by the principle of “establishing common standards first and addressing urgent needs first,” a general framework for the intelligent manufacturing standards system has been proposed, and 81 pilot verification projects have been launched. Taking the intelligentization of major products and complete sets of equipment as a breakthrough point and promoting smart factories as an entry point, the Intelligent Manufacturing Engineering has been organized and implemented, and pilot demonstrations of intelligent manufacturing have been carried out. Preliminary surveys show that pilot demonstration projects have increased production efficiency by more than 30% on average, improved energy utilization rates by more than 10% on average, and reduced operating costs by more than 20% on average, continuously raising the level of digitization, networking, and intelligence in manufacturing. Fourth, the innovative development of high-end equipment has been promoted. Equipment upgrading has been designated as a key focus of “Made in China 2025,” and the industrialization of major equipment has been actively promoted, achieving a number of landmark results in fields such as aerospace, rail transit equipment, high-end CNC machine tools, ships, and marine engineering equipment. The China Aviation Engine Corporation has been successfully established; high-precision CNC gear grinders and other products have entered the world’s leading ranks; the C919 large passenger aircraft is about to make its maiden flight; the Long March-5 heavy-lift carrier rocket, manned spaceflight, and the world’s first quantum satellite have all been successfully launched; the “Haidou” unmanned submersible has successfully been launched; and China’s standard high-speed trainsets have successfully completed the world’s first 420 km/h passing test. Fifth, green manufacturing has been further promoted. A green manufacturing system centered on green standards, green factories, green products, green industrial parks, and green supply chains has been built. The Green Manufacturing Engineering has been implemented, and 44 demonstration projects for comprehensive utilization of industrial resources in the Beijing-Tianjin-Hebei region have been constructed, promoting the creation of 51 national low-carbon industrial parks. Measures for industrial energy conservation have been issued, and special inspections for energy conservation have been conducted in 20 provinces, autonomous regions, and municipalities. In 2016, the energy consumption per unit of industrial value-added of enterprises above designated size nationwide decreased by 5.47% compared to the previous year, and water consumption fell by 6% year-on-year. (3) New achievements have been made in the transformation and upgrading of traditional industries. First, policies and measures for technological upgrading and transformation have been improved. The innovation-driven development strategy has been deeply implemented, promoting mass entrepreneurship and innovation, and fully leveraging China’s talent advantages. The “Notice on Implementing Major Engineering Packages for Manufacturing Upgrading and Transformation” has been issued, along with the “Investment Guide for Technological Upgrading and Transformation of Industrial Enterprises,” guiding enterprises to use new technologies, new processes, new materials, and new equipment to upgrade traditional industries and continuously raise the level of industrial technology and the proportion of advanced production capacity. During the 12th Five-Year Plan period, the average annual growth rate of labor productivity in industry reached 12%; new materials such as lithium-ion battery materials, nanomaterials, high-performance alloys, and composite materials have been industrialized; and the manufacturing capabilities of petrochemical equipment, high-speed trains, CNC machine tools, smart instruments, and marine engineering have been greatly enhanced. Second, social investment in the industrial sector has been actively guided. The “Notice on Further Doing a Good Job in Private Investment” has been issued, treating the promotion of healthy private investment as an important component of supply-side structural reform. Special inspections and rectifications have been carried out, and localities have been guided to improve their work. Since 2010, China’s industrial investment has grown from 13 trillion yuan to 22.8 trillion yuan, and the share of manufacturing investment in total industrial investment has risen from 79.5% to 82.5%. Third, the spatial layout of industry has been continuously optimized. The three major regional strategies have been deeply implemented, and coordinated development of the four major sectors has been promoted. Both central and local initiatives have been fully utilized, and pilot demonstration cities (groups) for “Made in China 2025” have been established, aiming to create a number of replicable and scalable experiences. Annual revisions and updates of the “Made in China 2025” guides for each province and city have been carried out. The construction of national new industrialization industry demonstration bases has been deepened, promoting the formation of a new pattern of manufacturing development tailored to local conditions and regional linkages. Fourth, a new chapter has been opened in the “going global” of manufacturing. Bilateral and multilateral cooperation mechanisms have been leveraged to strengthen strategic alignment and industrial cooperation with Germany, the United States, Russia, and others. Relying on the Belt and Road Initiative, cooperation agreements on production capacity have been signed with more than 20 countries, driven by cooperation on end-product capacity and turnkey project contracting, thus promoting the systematic and clustered “going global” of upstream and downstream enterprises, advanced technology standards, and supporting services. Trade frictions in industries such as steel have been properly addressed, safeguarding the rights and interests of Chinese manufacturing enterprises. (4) The integration of manufacturing and information technology has reached a new level. First, the integration of manufacturing and the Internet has been deepened. The “Guiding Opinions on Actively Promoting the ‘Internet Plus’ Action” and the “Guiding Opinions on Deepening the Integration of Manufacturing and the Internet” have been issued. Through policy guidance and concerted efforts, the Internet has been widely integrated into all stages of R&D and design, and the pace of intelligentization of key products and equipment has accelerated. In 2016, the penetration rate of digital R&D tools among Chinese enterprises reached 61.8%, the connectivity rate of digital production equipment reached 38.2%, and the CNC rate of key processes reached 33.3%. A number of new business models based on new applications and new modes have emerged rapidly, and top-level designs for the development of vehicle-to-everything networks and industrial Internet have been well prepared. Second, the level of military-civilian integration has been continuously raised. Two-way transfer of military and civilian technologies has been promoted, and mutual sharing of military and civilian resources has been facilitated. The construction of the national military-civilian integration public service platform has been continuously advanced, and annual catalogs of “military-to-civilian” and “civilian-to-military” technologies have been released. In 2016, the “military-to-civilian” catalog included 160 advanced technologies in six fields such as intelligent manufacturing, information technology, new materials, and new energy; the “civilian-to-military” catalog covered 155 technologies and products in 14 key areas such as command and control. The first China Military-Civilian Dual-Use Technology Innovation Application Competition was held. Third, service-oriented manufacturing has been accelerated.Implement a special action plan for service-oriented manufacturing, launch a selection process for demonstration enterprises in service-oriented manufacturing, and guide manufacturing companies to shift from production-based manufacturing toward “manufacturing + services” and “product + services.” Taking the establishment of national-level industrial design centers as a key driver, we will focus on enhancing industrial design capabilities and standards. We will also guide and support the accelerated development of supply chain management, information technology services, and energy-saving and environmental protection services. China’s manufacturing sector possesses the foundation and conditions necessary to become a manufacturing powerhouse; however, compared with advanced nations, there still exists a significant gap. The overall characteristic is that China’s manufacturing industry is large but not strong, and the growth model centered primarily on scale expansion has yet to be fundamentally reversed. Specifically: First, the overall innovation capability remains weak, and the manufacturing innovation system is incomplete. Second, the overall level of product quality and technical standards is not high, and brand value has not been fully realized. Third, resource and energy utilization efficiency is low, and environmental pollution remains a prominent issue. Fourth, structural adjustments in the industrial sector still need to be deepened. Fifth, the breadth and depth of integration between informatization and industrialization are insufficient. Moreover, influenced by multiple domestic and international factors, downward pressure on manufacturing continues to intensify, and rising costs pose a real challenge to the development of the manufacturing sector. Prices of traditional factors such as resources, environment, labor, and land keep increasing, making it a long and arduous task to reduce enterprises’ institutional transaction costs. At the same time, China faces a “two-way squeeze” in the global manufacturing landscape—namely, the return of high-end manufacturing and the shift of low-end manufacturing overseas. Since the global financial crisis, developed countries have vigorously implemented “reindustrialization” strategies, striving to revitalize their manufacturing sectors and seize the initiative in development. Many emerging economies have also elevated the development of manufacturing to the status of national strategy. China’s manufacturing sector is currently undergoing a transition from large-scale to strong-scale manufacturing. The fundamental trend toward long-term improvement remains unchanged, but it faces multiple challenges including a shift in growth speed, structural adjustment, and transformation of growth drivers. Whether we can smoothly achieve the strategic shift from quantity expansion to quality enhancement and enable manufacturing to become a crucial pillar for China’s basic realization of modernization hinges on firmly implementing “Made in China 2025” and unswervingly pursuing the development of manufacturing. We must fully leverage the decisive role of the market in allocating resources and better play the role of the government. We should make good use of the existing foundations and advantages of manufacturing, and promote the coordinated advancement of upgrading traditional industries and fostering the development of emerging industries. We should implement a higher-level opening-up strategy and accelerate the cultivation of new competitive advantages for Chinese manufacturing on the global stage.

2019-08-07

STRENGTH

Enterprise Strength


Factory No. 1, located in the Lushan Industrial Park, occupies 100 mu of land and has an investment of 150 million yuan to build a production line capable of annually producing 200,000 tons of calcium aluminate series products. Factory No. 2, with an investment of 280 million yuan, has newly built a production line for polyaluminum chloride with an annual capacity of 120,000 tons, a red pigment production line with an annual capacity of 100,000 tons, and a production line for woven packaging bags with an annual output of 10 million units. Factory No. 3 has a production capacity of 10 million woven packaging bags, covers a building area of 2,500 square meters, and offers integrated services from printing to sewing. It boasts a wide variety of products of high quality, fully meeting the production and operational needs of the entire company.

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HONORS

Qualifications and Honors


2022 Outstanding Private Enterprise
Title of Outstanding Private Enterprise in Qiandongnan Prefecture
Keyi City’s Top Taxpayers for 2011
Keyi City’s Top Taxpayers for 2010
Keyi City’s Top Taxpayers for 2009
Keyi City’s Top Taxpayers for 2008

CULTURE

Corporate culture


Corporate culture

Equal cooperation, common development

Corporate Spirit

Strive relentlessly, bravely fight for victory, and courageously scale new heights.

Business Principles

Equality, cooperation, solidarity, and development

Business Philosophy

Create flagship products and build a renowned enterprise.

Lala Xintai Hand – Forever Friends


Mainly produces products for water treatment agents—including calcium aluminate powder, aluminates cement, high-activity bauxite, polyaluminum chloride, polyaluminum ferric chloride, and packaging products.

Business Consulting:+86-0855-8357088,8662528

PRODUCT

Product Showcase


Calcium aluminate powder (a raw material for water purification agents) mainly consists of CaO, Al2O3, and Fe2O3 and exhibits strong reactivity. Producing water purification agents via a one-step acid dissolution process can significantly save labor and electricity, substantially reduce costs, and offers advantages such as simple process equipment and ease of operation.

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Aluminate cement is a high-alumina, fast-setting, early-strength hydraulic cementitious material with refractory properties, produced by finely grinding and high-temperature calcining in a rotary kiln using high-quality natural bauxite and limestone as raw materials.

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The high-efficiency composite flocculant is a novel, highly effective compound flocculant obtained by combining a self-synthesized organic polymer flocculant with the inorganic polymer flocculant polyaluminum chloride.

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Highly active bauxite, also known as red powder or light-burned powder, is primarily composed of aluminum oxide. It is a hydrated alumina containing impurities and appears as an earthy mineral. It is white or grayish-white in color but may take on a brownish-yellow or pale red hue due to the presence of iron. Its density is 3.45 g/cm³, its hardness ranges from 1 to 3, it is opaque, brittle, and extremely difficult to melt.

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Molecular formula: [Al₂(OH)ₙCl₆₋ₙ]. Polyaluminum chloride is a high-molecular-weight polyvalent ionic polymer coagulant—an intermediate hydrolysis product situated between aluminum trichloride and aluminum chlorohydrate. Due to the bridging effect of chloroxygen ions and the polymeric action of multivalent ions, it forms a high-molecular-weight, highly charged, high-polymer water treatment agent.

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Polyaluminum chloride exhibits properties such as adsorption, coagulation, and sedimentation. However, it has poor stability and is corrosive. If it accidentally splashes onto the skin, immediately rinse it off with plenty of water. Production personnel must wear work uniforms, masks, gloves, and long rubber boots. Polyaluminum chloride boasts advantages including excellent spray-drying stability, a wide range of applicability to different water bodies, rapid hydrolysis, strong adsorption capacity, the formation of large and dense flocs, quick and efficient sedimentation, low turbidity in the effluent, and good dewatering performance.

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PAC polyaluminum chloride boasts advantages such as excellent spray-drying stability, wide applicability to various water bodies, rapid hydrolysis, strong adsorption capacity, the formation of large and dense flocs, quick and efficient sedimentation, low turbidity in treated water, and excellent dewatering performance.

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The basicity of polyaluminum chloride is a relatively important indicator in polyaluminum products, especially for polyaluminum products intended for drinking water applications. This parameter is one of the key indicators used to control production on polyaluminum manufacturing lines. The lower the basicity, the higher the price; therefore, different purchasers can adjust their procurement strategies based on the actual conditions of the manufacturer.

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There are many methods for synthesizing polyaluminum chloride. Depending on the raw materials used, these methods can be categorized into the metallic aluminum method, the activated aluminum hydroxide method, the aluminum oxide method, the aluminum chloride method, and the alkali-soluble method, among others.

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Aluminum chloride is an inorganic compound with the chemical formula AlCl₃; it is a compound of chlorine and aluminum. Aluminum chloride has a low melting point and a low boiling point, and it sublimes. It is a covalent compound. Molten aluminum chloride does not conduct electricity easily, unlike most salts containing halide ions (such as sodium chloride).

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Calcium aluminate powder (a raw material for water purification agents) has CaO, Al₂O₃, and Fe₂O₃ as its main components and exhibits strong reactivity. Producing water purification agents via a one-step acid dissolution method can significantly save labor and electricity, substantially reduce costs, and offers advantages such as simple process equipment and ease of operation. It is an ideal raw material for the production of basic aluminum chloride and polyaluminum chloride products.

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