bauma CHINA 2026 | NFLG Preview: New Solutions for Aggregate Washing and Solid Waste Granulation for Superior Resource Utilization

Are you looking for washing plants that go beyond material cleanliness to deliver site adaptability and higher production profitability?

Growing global requirements for aggregate quality and resource efficiency in sand and gravel processing create multiple challenges for washing operations. Facilities must accommodate diverse feed washing needs while minimizing fine sand loss and energy consumption.

At the same time, the resource utilization of sludge cake from washing wastewater and other bulk solid wastes draws increasing attention.

At bauma CHINA 2026, NFLG will present the AGS150PT modular aggregate washing & screening plant, FWH60 sand washing & recovery system and ZL50 soil mixing & granulating machine, showcasing innovative technologies from aggregate washing to resource recovery.

AGS150PT Modular Aggregate Washing & Screening Plant

Multi-scenario Capable, Five Size Fractions

Excavated soil, C&D waste, crushed aggregates and natural stone feature wide-ranging sources with varied mud content, impurity composition and particle size distribution. Conventional fixed plants struggle to satisfy the demand for diverse feed processing and multi-specification aggregate production.

NFLG AGS150PT Modular Aggregate Washing & Screening Plant adopts a modular design, which integrates functional modules for pre-screening, washing, screening, light material dewatering, wastewater and fine sand pre-treatment. Operators can select and combine processes flexibly according to feed characteristics and production targets to meet washing, sizing and processing requirements for different materials.

One Machine, Diverse Materials

It serves diverse applications including excavated soil, C&D waste, crushed aggregates, river pebbles and ores.

Custom Configurations, Lower Equipment Investment

Its modular design allows selection and replacement of functional components, enabling flexible process combinations based on feed characteristics and production requirements.

Powerful Scrubbing, Better Quality

Twin-shaft powerful scrubbing boosts separation of clay and surface contaminants to improve finished aggregate quality.

Five Fractions, More Product Options

Finished particle sizes can be tailored on demand to broaden product specifications and application scope.

FWH60 Sand Washing & Recovery System

Mud Content ≤1%, Intelligent Sizing, Low Energy Consumption

Conventional sand washing relies on coordinated operation of multiple machines, with extensive setup and complicated process connections. Natural sand, manufactured sand, tailings and other sand‑bearing materials differ in mud content and particle composition, and fine particles easily escape with overflow water.

NFLG FWH60 Sand Washing & Recovery System combines sand washing, sizing, dewatering and fine sand recovery in one machine. It eliminates separate equipment setups and integrates these processes. It balances material cleanliness, fine sand recovery rate and multi‑grade production needs while cutting equipment and operational costs.

Single Inlet, Two Sand Grades Available

A single feed produces two distinct sand grades to meet multi-specification output demands and boost product flexibility.

Intelligent Sizing, Less Manual Adjustment

It automatically monitors discharge conditions, supports on-line sizing adjustment, and stores multiple process parameters for fast switching between operating modes.

Counter-Flow Flotation, Energy-Efficient Washing

It fluidizes and sizes sand particles via water buoyancy, cutting energy use from mechanical sorting. It enables effective separation of particles of varying sizes, balancing sizing efficiency and operational cost savings.

Fine Sand Recovery, Lower Resource Loss

It uses cyclone sizing to reduce fine particle loss in tailwater and improve fine sand recovery rate.

Modular Design, Reduced Installation & Maintenance Costs

Its split modular structure facilitates transportation, quick installation and site relocation. Wear-resistant design for key components cuts replacement and maintenance costs for wear parts.

The sludge cake, produced by filter pressing and dewatering of waste sludge from washing, can undergo agglomeration stabilization to adjust its properties for subsequent resource utilization. This process can also be applied to treatment of other bulk solid wastes for diverse applications.

ZL50 Soil Mixing & Granulating Machine

Rapid Trials, Wide Material Adaptability

Testing and optimizing agglomeration recipes directly on production lines brings high raw material consumption, elevated costs and limited adjustability. Repeated trials also disrupt regular production and slow recipe comparison.

NFLG ZL50 Soil Mixing & Granulating Machine is designed for agglomeration processes and recipe tests of sticky industrial wastes. It supports resource utilization trials on solid wastes including waste slurry, excavated soil, filter cake, tailings and waste gypsum.

Key Features

Compact Design, Less Space Demand

Its compact footprint enables easy deployment and operation in laboratories.

Small‑Batch Trials, Lower R&D Costs

It removes the need for trials on production lines, cutting raw material and test costs.

Flexible Recipe Adjustment, Higher Efficiency

It supports comparative tests of different material ratios, additive dosages and process parameters.

Controllable Parameters, Smooth Production Checks

It replicates real production processes and key parameters to align test conditions with production scenarios.

From aggregate washing to solid waste resource utilization,NFLG advances process innovation for a wider range of applications.

Meet NFLG at bauma CHINA 2026

November 24–27 | Booth B40/C40

We welcome your on-site discussion.