Baichy Heavy Industrial Machinery Co., Ltd
Phone/Wechat/Whatsapp:+008615093222637
24 hours online

Granite Stone Crushing Plant 80-100tph Share

Designed Capacity: 80–100 tons/hour

Primary Applications: The finished aggregates are primarily supplied to local concrete mixing plants and used for rural road construction.

Core Advantages: High production capacity, superior finished aggregate shape, high flexibility and adaptability, low energy consumption and eco-friendliness, stable operation, and significant economic benefits.

 Granite crushed stone finished product display

Granite Stone Crushing Plant 80-100tph
Beneficiation Plant
If you have any questions,you can ask customer service online !
leave message

How to Scientifically Configure a Granite Crushing Production Line with an Output of 80–100 Tons/Hour

In the sand and aggregate industry, granite stands out as a premier raw material for producing high-quality concrete aggregates and premium paving materials, thanks to its exceptional hardness, strength, and durability. However, configuring an efficient, economical, and eco-friendly production line specifically designed for such hard rock presents a challenge for many investors. This article provides an in-depth analysis of a proven production line solution for granite crushing—capable of processing 80–100 tons per hour—offering a professional reference guide for your project planning.

• Designed Capacity: 80–100 tons/hour

• Primary Applications: The finished aggregates can be widely utilized in commercial concrete mixing plants, highway base courses, building foundations, rural road construction, and other related fields.

• Design Objectives: While ensuring stable, high-volume output, the design aims to achieve low energy consumption, high finished product yield, and superior aggregate gradation, thereby maximizing both economic returns and environmental benefits.

Analysis of the Scientific Process Flow

A scientifically designed process serves as the "neural network" connecting inPidual pieces of equipment, ensuring a smooth and highly efficient workflow. This solution employs the classic "Two-Stage, One-Closed-Circuit" process:

[Raw Material Bin] → [Vibrating Feeder] → [Jaw Crusher] (Primary Crushing) → [Cone Crusher] (Secondary Crushing) → [Vibrating Screen] → Classified Finished Product Output

1. Primary Crushing: Large blocks of raw granite are subjected to powerful compressive force within the jaw crusher, creating the appropriate particle size conditions for the subsequent crushing stage.

2. Secondary Crushing: The material processed during primary crushing enters the cone crusher for a second round of reduction; this constitutes the critical stage for achieving the final, specified aggregate size.

3. Screening and Closed-Circuit Loop: The material exiting the cone crusher is classified by a vibrating screen. Aggregates that meet the required specifications are output as finished products, while oversized particles are conveyed back to the cone crusher via a return belt conveyor for further crushing. This creates a "closed-circuit loop," ensuring complete control over particle size and preventing over-crushing.

Flexibility Tip: If the initial particle size of your raw material is generally smaller than 200 mm, you may consider simplifying the process by adopting a "Single-Stage Cone Crushing" configuration. In this setup, the cone crusher handles the entire crushing process directly, thereby reducing initial capital investment costs.

Crushing Equipment (80–100 t/h) — Jaw CrusherCrushing Equipment (80–100 t/h) — Cone CrusherCrushing Equipment (80–100 t/h) — Vibrating Screen

Advantage

Granite Stone Crushing Plant 80-100tph:

 Granite Stone Crushing Plant 80-100tph

Core Equipment Configuration List

An efficient production line begins with precise equipment selection. The following represents a field-proven, classic configuration:

1. Vibrating Feeder (ZSW 8530): Serving as the "throat" of the system, it is responsible for uniformly and continuously feeding raw materials into the crusher. By preventing blockages and equipment overload, it acts as the primary safeguard for stable production.

2. Jaw Crusher (PE 500x750): Tasked with the heavy duty of primary crushing. Its robust structure makes it ideally suited to serve as the "primary crusher" for granite processing.

3. Key Technical Parameters: Feed opening dimensions of 500×750 mm; maximum feed size ≤ 425 mm; discharge opening adjustment range of 50–120 mm. This allows for flexible adjustment of the primary crushing size to meet subsequent processing requirements.

4. Cone Crusher (CS75 Symons-type): Serves as the core component for secondary crushing. Utilizing the principle of inter-particle crushing (laminated crushing), this cone crusher is the ideal choice for processing high-hardness granite. It effectively minimizes wear on vulnerable parts while producing aggregates with excellent particle shape and low needle-and-flaky content.

• Capacity Range: Taking the CSB75 model as an example, the processing capacity ranges from approximately 45 to 163 tons per hour, perfectly matching the designed capacity of this production line.

5. Vibrating Screen (4YK1548): Responsible for classification and screening. Its four-deck screen design allows for the simultaneous separation of materials into multiple finished product specifications (e.g., 0–5 mm, 5–10 mm, 10–20 mm, 20–31.5 mm, etc.).

• Key Technical Parameters: Total screening area reaching 28.8 m²; vibration frequency ranging from 800 to 970 r/min. It features high screening efficiency and strong processing capacity.

 

Recommended News

More latest news
SEE MORE >>
logo.png
mobile-crusher-kefu.png