Le concasseur de briques à marteaux PC600x400 est une unité de concassage compacte et haute performance conçue spécifiquement pour les opérations de concassage moyen à fin dans les industries minières, de la construction et du recyclage des déchets En tant que concasseur à marteaux pratique spécialisé pour les blocs de maçonnerie, il utilise le principe du concassage par impact via des marteaux rotatifs pour réduire les matériaux en vrac en produits finis granulaires uniformes Sur mesure pour les lignes de production à petite et moyenne échelle, le PC600x400 offre une production stable, une faible consommation d'énergie et une flexibilité opérationnelle.
Le concasseur de briques à marteaux PC600x400 est une unité de concassage compacte et haute performance conçue spécifiquement pour les opérations de concassage moyen à fin dans les industries minières, de la construction et du recyclage des déchets En tant que concasseur à marteaux pratique spécialisé pour les blocs de maçonnerie, il utilise le principe du concassage par impact via des marteaux rotatifs pour réduire les matériaux en vrac en produits finis granulaires uniformes Sur mesure pour les lignes de production à petite et moyenne échelle, le PC600x400 offre une production stable, une faible consommation d'énergie et une flexibilité opérationnelle.
This versatile hammer crusher boasts a wide range of applications, excelling particularly in construction waste processing and masonry block crushing. Designed with civil engineering projects in mind, the PC600x400 is widely used to crush waste red bricks, hollow bricks, cement blocks, clay bricks, refractory bricks, and concrete fragments. Beyond masonry materials, it can also process limestone, coal gangue, gravel, and other low-hardness bulk ores. For block manufacturing plants and construction waste recycling facilities, this crusher effectively transforms waste bricks and concrete rubble into reusable aggregate, thereby promoting resource recovery and reducing raw material procurement costs. It is an ideal choice for brick production, roadbed filling, and construction material recycling projects.
Typical Materials and Recycling Applications
Broken concrete blocks and masonry waste before crushingTypical construction-site brick and concrete rubble for recycling
Operation
Working Principle
Impact-crushing flow: material enters through the feed inlet and exits after size reduction
The equipment is simple, efficient, and highly automated. After a smooth startup, the motor drives the rotor and high-manganese steel hammerheads to rotate at high speed.
Large pieces of brick, construction waste, and ore are fed evenly into the crushing chamber through the inlet.
The high-speed rotating hammerheads generate powerful impact forces, instantly shattering the large material; the crushed material then collides with the chamber's liner plates, resulting in secondary breakage.
Material with a particle size smaller than the screen aperture passes through the bottom screen plate as the finished product, while oversized material remains in the crushing chamber to undergo further impact from the hammers until it meets the required size specifications.
The entire crushing cycle is continuous and efficient, ensuring uniform output and a stable supply of aggregate.
Configuration
Machine Structure
The PC600x400 hammer crusher features an integrated modular design, comprising a feed hopper, crushing chamber, rotor assembly, high-manganese steel hammer set, adjustable screen plate, three-phase pure copper motor, heavy-duty flywheel, main frame, and discharge outlet. The machine boasts a compact and rational structure, with components operating both independently and in coordination. The hammers and screen plates utilize a detachable design, facilitating the routine replacement and maintenance of wear parts. A heavy-duty steel frame combined with a stable flywheel balancing system ensures operational stability at high speeds. This scientifically engineered design not only guarantees high crushing efficiency but also effectively minimizes vibration and the rate of operational malfunctions, making it a reliable and cost-effective solution for applications such as construction waste recycling, brick crushing, and small-scale ore processing.
Specification
Model
PC600×400
Feed particle size
≤100mm
Discharge particle size
≤30mm (adjustable) Production capacity: 15–22 t/h
Motor power
22 kW
Size(LxWxH)
1200 × 1050 × 1200 mm Applicable Materials: Brittle and medium to low hardness materials (compressive strength <150 MPa), such as limestone, coal, gypsum, salt, bricks, and tiles Structural features: sealed body, wear-resistant hammer head, adjustable grate clearance, easy maintenance
Capacity
Performance Advantages
1. Capable of both dry and wet crushing; it handles materials such as damp bricks and weathered ore without clogging.
2. High crushing ratio: It produces aggregates with uniform particle sizes and minimal oversized content, significantly enhancing the quality of raw materials for recycled bricks.
3. Stable operation: Low vibration and noise levels ensure compliance with industrial environmental standards.
4. Low failure rate and easy maintenance: Only periodic inspection of the hammerheads and screen mesh is required. Designed as a professional brick-crushing hammer, it supports continuous, long-term operation, effectively boosting productivity while reducing labor and maintenance costs for the user.
5. Superior manufacturing craftsmanship for extended service life: Each PC600x400 hammer crusher is built to strict precision manufacturing standards, utilizing high-quality core components to ensure stable performance. It features high-manganese steel hammerheads—renowned for their hardness, impact resistance, and wear resistance—which effectively withstand the wear caused by long-term crushing of bricks and ore, significantly extending the lifespan of wear parts.
The machine is powered by a pure-copper, three-phase asynchronous motor that delivers stable power output, strong overload capacity, and low heat generation, ensuring reliable operation without power interruptions or insufficient crushing force.
The bottom screen plate is adjustable, allowing users to flexibly switch discharge sizes and produce uniform, block-shaped aggregates of various specifications.
Constructed from cold-rolled steel plate and treated with a special coating process, the machine features a rust-proof, corrosion-resistant, and wear-resistant surface, making it suitable for harsh outdoor and factory environments. It is equipped with a heavy-duty flywheel and a reinforced, integrated frame made of high-quality steel plate, ensuring exceptional performance.
6. High structural rigidity and robust design: The machine resists deformation during high-intensity operation and offers an exceptionally long service life.
Working Principle of the PC600x400 Hammer Crusher
Find the Right Brick Machine
Tell us your block type, target capacity, and budget. Our engineers will recommend the right production solution for your project.
En changeant de moule, la machine peut produire des blocs creux, des blocs pleins, des pavés, des pavés imbriqués, des bordures et d'autres produits en béton.
Les matériaux courants comprennent le ciment, le sable, la pierre concassée, les cendres volantes, les scories et autres granulats disponibles localement. Le mélange exact dépend de la résistance et de la finition requises du bloc.
Oui. Nous pouvons recommander ou personnaliser la configuration de la machine, la conception du moule, la capacité de production et le niveau d'automatisation en fonction de vos échantillons de blocs et des conditions d'usine.
L'alimentation standard comprend normalement la machine à blocs principaux, le système de contrôle et le moule sélectionné Des mélangeurs, des convoyeurs, des systèmes de palettes et d'autres équipements auxiliaires peuvent être ajoutés selon les besoins.
Oui. Nous fournissons des conseils d'installation, de mise en service, de formation des opérateurs, un support technique et un service de pièces de rechange. Des options de support à distance et sur site sont disponibles.
