Meet Jianjie Group at SEAISI 2026
Jianjie Group is pleased to announce that we will participate in the upcoming SEAISI Conference & Exhibition 2026, where we will showcase our latest briquetting binder technologies and steel waste recycling solutions for the iron and steel industry.
With 15+ years of experience in industrial agglomeration and steel waste recycling, Jianjie helps steel plants improve resource utilization, reduce recycling costs, and achieve more stable briquetting performance through customized binder technology.
We warmly welcome industry professionals and partners to visit our booth and discuss practical steel waste recycling solutions.
Exhibition Information
- Exhibition: SEAISI 2026
- Industry Focus: Steel Industry & Sustainable Metallurgy
- Date: May 18-21 2026
- Location: Resorts World Sentosa, Singapore
- Company: مجموعة جيانجى
- Booth: A13
- Exhibited Products:
- Steel Waste Briquetting Binder
- Rotary Hearth Furnace (RHF) Zinc Removal Binder
Products We Will Showcase
1. Steel Waste Briquetting Binder
Steel plants generate large amounts of dust, sludge, mill scale, slag fines, and other powdery by-products during production. Improper handling not only increases disposal costs but also causes valuable iron resources to be wasted.
Jianjie’s steel waste briquetting binder is specially designed for cold briquetting applications. It helps transform loose steel waste powders into high-strength briquettes suitable for transportation, storage, and reuse in steelmaking processes.
Suitable Materials
- مقياس الطحن
- إضراب عمال الصلب
- الحمأة
- Steel dust
- Iron ore fine
Key Advantages
- Improve briquette cold compressive strength
- Reduce breakage during transportation
- Lower binder dosage and overall production cost
- Improve recycling efficiency of iron-containing waste
- Adaptable to different raw material conditions
- Support environmentally friendly steel production
Compared with traditional single-component binders مثل دبس السكر, البنتونيت, or water glass, Jianjie’s customized binder solutions can help many plants achieve more stable briquetting performance and lower rework rates.
2. Rotary Hearth Furnace (RHF) Zinc Removal Binder
For zinc-containing dust recycling and RHF processing, briquette quality directly affects reduction efficiency, kiln stability, and zinc removal performance.
Jianjie’s RHF zinc removal binder is developed specifically for high-temperature reduction applications and complex steel mill dust recycling scenarios.
Application Scenarios
- Zinc-containing dust recycling
Product Features
- Excellent high-temperature stability
- Strong briquette forming performance
- Improved reduction efficiency
- Better resistance to cracking and disintegration
- Support efficient zinc removal and iron recovery
Our technical team can also provide customized binder adjustment and process support according to different raw materials and production conditions.
Why Visit Jianjie Group at SEAISI 2026?
At the exhibition, visitors will have the opportunity to:
- Learn about practical steel waste recycling solutions
- Explore our briquetting technologies for different steel plant wastes
- Discuss RHF zinc removal projects and challenges
- Review successful application cases from multiple countries
- Communicate directly with Jianjie’s technical and sales teams
Whether you are struggling with low briquette strength, high recycling costs, zinc-containing dust utilization, or unstable traditional binder performance, Jianjie Group aims to provide more reliable and cost-effective solutions.
Visit Jianjie Group at SEAISI 2026
We look forward to meeting steel industry professionals, plant engineers, and recycling companies from around the world at SEAISI 2026.
If you would like to schedule a meeting with our team during the exhibition, feel free to contact us in advance.
Contact Us
- Website: www.jianjiebinder.com
- البريد الإلكتروني: [email protected]
- واتساب
- RSVP: https://www.jianjiebinder.com/jianjie-in-seaisi-2026/
Jianjie Group — Turning Steel Waste into Valuable Resources Through Advanced Briquetting Technology.
