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This pneumatic conveying system is specially designed for long distance big capacity conveying, it can convey up to 500meters in horizontal distance, now this high efficiency conveying system has been widely used in chemical industry, plastic& rubber industry, food industry, etc.
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This high‑pressure dense‑phase pneumatic conveying system is designed for bulk powder and granular material transportation in plastic, rubber and chemical factories. With high working pressure and optional booster unit, it supports long‑distance and large‑capacity material delivery. Featuring low conveying speed, high material‑gas ratio and low gas consumption, the system minimizes abrasion of pipeline and materials. It realizes single‑point‑to‑multi‑point distribution with flexible pipeline layout for convenient process design. The system covers horizontal distance up to 1500 m and vertical height up to 50 m, with adjustable conveying pressure and gradient conveying speed. It delivers stable, low‑cost and low‑wear bulk material transportation for large‑scale production lines.
Super long‑distance & large‑capacity conveying. High working pressure realizes long‑distance transportation; matched booster further achieves ultra‑long‑distance material delivery, satisfying complex large‑plant layout requirements.
Low abrasion for pipes and materials. Low material conveying speed reduces friction impact. It lowers pipeline wear and prevents material crushing, extending equipment service life and keeping material integrity.
Energy‑saving and low operating cost. High material‑gas ratio greatly cuts gas consumption. Less compressed‑air demand helps enterprises reduce long‑term running expenses.
Flexible single‑point‑to‑multi‑point distribution. One feeding point can deliver materials to multiple receiving points. Pipeline arrangement is flexible and friendly for overall production‑line process design.
Wide adjustable working range. Conveying pressure adapts to material specific gravity, transport distance and lifting height. Gradient speed setting protects materials during the whole conveying journey.
Strong site adaptability. It supports maximum 1500 m horizontal conveying and 50 m vertical lifting, applicable for complicated multi‑workshop material distribution scenarios.
1.The working pressure is high, so it can realize long-distance and high-capacity transportation; the booster can realize ultra long-distance transportation;
2. Due to the low conveying speed of materials, the abrasion of conveying pipes and materials is less;
3. High material gas ratio, low gas consumption and low operation cost;
4. It can transport from single point to multi-point, and is easy to process design;
1. Conveying pressure: 0.2MPa ~ 0.5MPa (determined according to the specific gravity, distance and height of materials);
2. Required air source pressure: not less than 0.45MPa;
3. Material gas ratio: 10kg ~ 85kg / kg;
4. Conveying speed: initial 0.5m/s to end 12m / S5. Conveying distance: 50m high, 1500m horizontal;
Client Name: Gadot Biochemical Industries Ltd.
Plant Location: Haifa, Israel
Construction Year: 2019
Final product: PVC industry
Plant for: Debagging, pneumatic conveying system, Dosing and weighing.
Q: What maximum conveying distance can this system reach?
A: The maximum horizontal conveying distance is 1500 meters, and the maximum vertical lifting height is 50 meters. A booster can be equipped for ultra‑long‑distance transportation.
Q: What is the working conveying pressure range?
A: Conveying pressure ranges from 0.2 MPa to 0.5 MPa. Actual value shall be adjusted according to material specific gravity, conveying distance and lifting height.
Q: Why can this system reduce pipeline and material abrasion?
A: It adopts low conveying speed, starting at 0.5 m/s and rising gradually to 12 m/s at the end. Lower material velocity decreases friction and impact, so both pipes and materials suffer less wear or crushing.
Q: What are the benefits of high material‑gas ratio?
A: A high material‑gas ratio means more materials are transported per unit gas consumption. It saves compressed‑air consumption and effectively lowers system operating cost.
Q: What does single‑point‑to‑multi‑point conveying mean?
A: One feeding point can convey materials to multiple destination silos or equipment. Pipeline layout is flexible, which simplifies the overall production‑line process design.
Q: What air source pressure is required for normal operation?
A: The supplied air source pressure shall not be less than 0.45 MPa to guarantee stable conveying performance.
