Engineered for high density, flexural strength, and continuous operational efficiency. Explore our flagships below.
Analysis of global architectural demands, thermal performance metrics, and why modern EPC contractors specify Amulite turnkey lines.
In the contemporary landscape of global construction, the demand for non-combustible, moisture-resistant, and structural-grade building panels has accelerated exponentially. As global building codes tighten around fire safety (Class A1/A non-combustible ratings) and environmental sustainability, traditional gypsum and timber-based panels are increasingly substituted with high-density fiber cement boards (FCB) and calcium silicate boards (CSB).
At the center of this industrial transformation is China Amulite Group. Operating from a state-of-the-art 100,000 m² manufacturing hub in Hebei, China, Amulite has established itself as an authoritative global pioneer in full-line process engineering, machinery fabrication, and material science optimization for non-metallic mineral board production lines.
Technical Distinction: Unlike standard equipment assemblers, Amulite integrates continuous Hatschek sheet-forming technologies with high-pressure autoclave hydro-thermal synthesis, producing board structures with flexural strengths exceeding 16–28 MPa and linear moisture movement under 0.12%.
Our engineered lines feature 3 to 8 multi-vat Hatschek systems paired with pneumatic felt auto-tracking, enabling ultra-thin layer accumulation (0.2–0.3mm per layer) for superior interlaminar shear resistance.
Utilizing saturated steam at 12–14 bar (180–195°C), Amulite autoclave systems facilitate rapid hydro-thermal reaction between quartz slurry and calcium hydroxide, yielding stable Tobermorite crystal structures.
Completely eliminates hazardous fibers, substituting them with high-purity unbleached Kraft wood pulp, alkali-resistant glass fibers, and synthetic PVA fibers tailored to regional raw material availability.
Inside China Amulite Group’s heavy-fabrication centers: Why integrated supply chains guarantee zero-defect machinery and lower TCO.
The manufacturing backbone of China Amulite Group relies on localized heavy industrial clusters in Hebei. By eliminating sub-contractor friction, Amulite retains 100% control over component machining tolerances, metallurgy quality, and PLC electrical assembly. Key supply chain advantages include:
Systematic engineering methodology ensuring optimal slurry hydration, pressing, and dimensional tolerances.
Silicon quartz, Portland cement, fly ash, and unbleached wood pulp are precisely proportioned in high-shear turbo pulpers and storage agitators to form an optimal solid content slurry (20-25%).
Slurry flows into multi-vat forming machines. Rotating wire mesh cylinders transfer film layers onto continuous synthetic felts, dewatered via high-vacuum suction boxes before winding onto the format roller.
Green boards undergo high-tonnage hydraulic pressing (up to 7,000 tons total pressure) to squeeze out residual water, collapse micro-voids, and elevate density from 1.1 g/cm³ to 1.6+ g/cm³.
Boards enter pressure vessels for 10–12 hours of high-pressure steam curing. Silica and lime chemically react to yield insoluble calcium silicate hydrate crystals, guaranteeing permanent stability.
Automatic 4-side edge trimming machines, high-speed calibration sanders, and optional UV/fluorocarbon paint lines complete the panel finishing for direct architectural deployment.
Inline ultrasound thickness check, auto-weighing scales, and flexural test samplers instantly report metrics to the master SCADA terminal, preventing out-of-spec batches.
From modular entry-level lines to high-speed commercial mega-plants. Custom engineering tailored to regional energy and material costs.
| Line Specification | Amulite FCB-3M (Standard) | Amulite FCB-5M (Commercial) | Amulite FCB-10M (High Output) | Amulite FCB-20M+ (Industrial) |
|---|---|---|---|---|
| Annual Capacity (m²/year) | 3,000,000 m² | 5,000,000 m² | 10,000,000 m² | 20,000,000–30,000,000 m² |
| Forming Vats Count | 3 Vats | 4 Vats | 5 Vats | 6–8 Vats (Dual-line) |
| Board Thickness Range | 4 mm – 20 mm | 4 mm – 25 mm | 4 mm – 30 mm | 4 mm – 30 mm |
| Board Density Range | 1.1 – 1.3 g/cm³ | 1.2 – 1.4 g/cm³ | 1.3 – 1.65 g/cm³ | 1.3 – 1.75 g/cm³ |
| Steam Consumption | 2.5 t/h | 4.0 t/h | 7.5 t/h | 14.0 t/h |
| Installed Electrical Power | ~450 kW | ~680 kW | ~1,200 kW | ~2,300 kW |
| Plant Footprint (L×W) | 180m × 18m | 220m × 24m | 280m × 30m | 350m × 45m |
Fiber cement and calcium silicate panels manufactured on Amulite lines serve diverse global construction sectors.
High-density, autoclaved boards (1.4–1.7 g/cm³) designed to withstand severe freeze-thaw cycles, wind loads, and UV exposure. Ideal for ventilated facades and high-rise commercial exteriors.
Medium-density calcium silicate boards engineered for 1-hour to 4-hour fire rated wall assemblies, cleanroom partitions, server room linings, and ceiling tile substrates.
Zero-swell water-resistant boards engineered for bathrooms, kitchens, and industrial wet rooms. Superior tile adhesion strength and mold resistance according to ASTM C1325.
Lightweight structural backing panels for Light Gauge Steel (LGS) framing, container houses, and off-site prefabricated volumetric modules.
Embossed wood-grain, slate, and geometric textured siding sheets produced directly via specialized press plates or embossing rollers during sheet formation.
Heavy-duty 15–30mm structural floor panels providing high impact strength, acoustic damping, and heavy point-load support for commercial floors.
Ensuring your plant's finished products pass rigorous international standards out-of-the-box.
A primary failure point for overseas equipment investments is the mismatch between machinery calibration and locally available raw material chemistry. Amulite mitigates this risk through a comprehensive pre-project material audit and custom chemical formulation tailoring.
Full alignment with North American standard specifications for non-asbestos fiber-cement flat sheets, covering flexural strength, water absorption, and moisture movement tests.
Categorization support for Category A, B, C, D boards and Classes 1 through 5 strength levels for CE marking across European Union markets.
Compliance with Australian/New Zealand building codes for cellulose-cement flat sheets subjected to extreme radiant heat and moisture environments.
Innovating next-generation technologies to minimize carbon footprint and maximize automation.
R&D focused on replacing traditional OPC with alkali-activated slag and pozzolanic calcined clays, cutting embodied carbon emissions per square meter of board by up to 45%.
Integrating high-speed camera sensors and AI edge computing along the conveyor to detect surface micro-cracks, edge delamination, and thickness deviations at 60 meters/minute.
Micro-cellular foam injection technology allowing production of structural fiber cement boards with density under 0.95 g/cm³ without sacrificing screw-holding capability.
Complementary manufacturing plants, finishing machines, and material processing equipment.
Authoritative answers regarding raw material requirements, ROI timelines, energy consumption, and installation logistics.
