Name: Cost-Effective High-Speed Energy Efficient Vibroflotation Equipment for Vibro Compaction Projects
Brand: Beijing Vibroflotation Engineering Machinery Limited Company
SKU: БДЖВЭ-426-480, БДЖВЭ-450-260, БДЖВЭФ-450-225, БДЖВХ-350-150
Price: 26,000.00 USD
Availability: InStock

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Cost-Effective High-Speed Energy Efficient Vibroflotation Equipment for Vibro Compaction Projects

Cost-Effective Vibroflotation Equipment

High-Speed Top Feed Vibroflot

Energy Efficient Vibro Compaction Machine

Место происхождения:

Китай

Фирменное наименование:

BVEM

Сертификация:

CE、ISO 9001:2000、ISO 9001:2008

Номер модели:

БДЖВЭ-426-480, БДЖВЭ-450-260, БДЖВЭФ-450-225, БДЖВХ-350-150

Документ:

BVEM-Hydraulic Vibrator.pdf

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Спросите цитату

Детали продукта

Условия оплаты & доставки

Количество мин заказа

1 комплект

Упаковывая детали

деревянный ящик

Время доставки

20-60 дней

Условия оплаты

Л/К, Т/Т

Поставка способности

600 комплектов/лет

Родственные продукты

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86--13581545619

tianss@bjvibro.com

86-010-69592173

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Характер продукции

Cost-Effective High-Speed Energy Efficient Vibroflotation Equipment for Vibro Compaction Projects

Comparative Analysis of Vibroflotation Equipment Series 3

Equipment Selection Recommendations

Conventional electric models: For construction in regular soft soil layers with limited budget, the BJVE-426-180 is a cost-effective choice.
Conventional electric model BJVE-450-260: Suitable for rapid vibroflotation compaction projects in regular soil layers.
Hydraulic model: In complex soil layers and vibroflotation stone column/gravel pile projects with high stone material costs, the BJVH-350-150's high-speed advantage can be fully utilized.
Electric variable-frequency model: For vibroflotation compaction in complex geological conditions, with emphasis on long-term energy efficiency and equipment adaptability, the BJVEF-450-260's technical advantages deliver more efficient and precise operational performance for projects.

The four vibroflotation models differ in technical routes and performance, making each suitable for specific needs and operating scenarios. Equipment selection should consider core project factors such as project types, geological conditions, operational efficiency, and budget to identify the most suitable equipment solution.

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