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How Do Briquetting Machine Settings Affect Briquette Strength and Quality?
Read moreStrong, stable briquettes depend not only on binder quality but also on precise briquetting machine control. This article explains how equipment parameters influence briquette formation and quality, and how Jianjie’s full technical service supports customers in achieving optimal cold briquetting efficiency and performance.
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The Hidden Challenges of Using Water Glass as an Industrial Binder
Discover why water glass binders fail in industrial use—cracking, slow curing, unstable pricing—and how Jianjie Binder solves these challenges.Read more -
Reassessing Your Choice: Why Bentonite Is Not the Ideal Binder for Pelletizing
Read moreThis article examines the technical and economic limitations of bentonite as a binder in modern iron ore pelletizing and introduces Jianjie's advanced pelletizing binder series. With ultra-low dosage, minimal impurities, and superior bonding efficiency, Jianjie binders help steel plants enhance pellet quality, maintain higher iron grades, and achieve cleaner, more efficient production.
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Binder Selection Guide for DRI : Beyond Cement and Lime
Read moreThis article examines the limitations of traditional binders such as cement and lime in DRI fines briquetting and introduces Jianjie's advanced binder solution. Through cleaner composition, higher strength, and customized formulations, Jianjie's binder enables safer, more efficient recycling of DRI fines and other iron-based wastes in modern steelmaking.
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Jianjie Metal Mineral Binders vs. Bentonite, Molasses, & Water Glass: Achieving Ultra-High Briquette Strength with Lower Dosage and Cost!
Read moreThis article introduces Jianjie Metal Mineral Binders, a high-performance solution for cold briquetting of metal mineral fines. It compares their advantages over traditional binders such as Bentonite, Molasses, and Water Glass, highlighting higher strength, lower dosage, better purity, and cost efficiency. Practical applications, performance data, and tailored support options demonstrate how Jianjie binders optimize production and contribute to sustainable, efficient metallurgical processes.
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Why Bentonite Binder Fails to Meet the Requirements of High-Quality Cold Briquettes
Struggling with weak briquettes and rising slag costs? Learn the disadvantages of bentonite binder in cold briquetting and how switching to Jianjie's composite binder improves strength, purity, and furnace efficiency.Read more -
How to Prevent Cracks and Pulverization in Manganese Ore Briquettes During Reduction
Read moreThis article discusses the causes of cracks and pulverization in manganese ore briquettes during reduction and provides practical ways to prevent them. It also introduces Jianjie's binder solutions that enhance briquette strength, thermal stability, and overall steelmaking efficiency.
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Beyond Fluorspar Powder: How Briquettes Boost Production Efficiency and Sustainability!
Read moreThis article explains how converting fine fluorspar powder into cold briquettes enhances production efficiency, safety, and environmental performance in steelmaking and other metallurgical industries. It highlights the benefits of fluorspar briquettes, such as fast fluxing, reduced dust, and suitability for automated systems, and showcases Jianjie's binder solutions for producing strong, stable, and high-purity briquettes.
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Trouble with Raw Materials in Briquetting and Pelletizing? Find the Right Binder Solutions
Read moreThis article explains how Jianjie's binder solutions address the challenges of diverse raw materials in steel, mining, and coal industries. It highlights common issues with ultra-fine, high-moisture, or fragile materials and shows how tailored binders improve briquetting and pelletizing efficiency, product strength, and resource recovery.
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Impact of Ore Quality on Pelletizing vs. Sintering: What Happens When Feedstock Changes
Read moreThis article explores how iron ore quality impacts sintering and pelletizing in steel production. With high-grade ores declining, using lower-grade and recycled materials poses challenges for process stability, product strength, and energy efficiency. It highlights key ore factors and shows how Jianjie's binder solutions help maintain consistent agglomeration and improve metallurgical performance.
