Gypsum, Lime & Chemical Powders
Advanced extrusion and high-pressure briquetting solutions for FGD gypsum, industrial quicklime, fluorite, and chemical dry powders. Designed for challenging moisture and binder requirements.
Optimizing Storage & Transport for Industrial Powders
To facilitate cleaner material handling, hassle-free bulk transportation, and optimal storage of challenging industrial powders, plants typically utilize heavy-duty briquetting machines to process loose FGD gypsum, quicklime powder, and chemical flours into uniform, high-density spherical or pillow-shaped solid briquettes.
FGD Gypsum & Industrial Wastes
Effectively agglomerates high-moisture desulfurization gypsum from power plants into solid blocks, allowing easy transport to cement factories as an essential retarder.
Quicklime & Dry Chemical Powders
Specially engineered for moisture-sensitive chemical materials. Processes quicklime and fluorite powder via absolute dry-powder pressing, eliminating water-reactive risks.
Tailored Feeding & Moisture Control
Chemical powders behave differently: FGD gypsum is sticky with high moisture, while quicklime requires zero-water dry pressing. Our roller presses are customizable with forced screw feeders to overcome material bridging and deliver extreme hydraulic compression for binderless or binder-added blocks.
Acceptable Chemical & Gypsum Materials
Our high-pressure briquetting systems are engineered with corrosion-resistant and anti-sticking roller liners to safely handle sensitive chemical reactions.
FGD Gypsum (Desulfurization Gypsum)
Power plant byproduct with high moisture (10-15%) and high stickiness. Our customized rollers prevent material adhesion during molding.
Quicklime Powder (CaO)
Highly reactive dry powder. Requires heavy hydraulic pressure for absolute binderless dry-pressing to avoid heat release reactions.
Fluorite & Cryolite Fines
Crucial fluxing materials in steelmaking. Briquetting them into high-density balls optimizes downstream metallurgical smelting.
Phosphogypsum & Industrial Dust
Chemical waste powders repurposed into compact solid blocks, minimizing ecological storage space and creating recycled product lines.
