The SIMEX TF series can replace traditional excavation methods.∣Hongsan Construction Machinery Co., LTD. Official Website News

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The SIMEX TF series can replace traditional excavation methods.

2021-08-24

The Shanghai Construction Group has expressed appreciation for the capabilities of the TF milling machine.

Through SIMEX’s Chinese importer ATE, the Shanghai Construction Group (SCG) tested the SIMEX TF 850 milling machine on an underground water pipeline trenching project along the Shanghai metro line. SCG, dedicated to urban redevelopment projects like infrastructure, buildings, industrial facilities, and underground utilities, saw the TF 850 as a promising solution for densely populated and rapidly developing cities like Shanghai.

Shanghai’s high population density and fast-paced development create a demand for new excavation methods to replace traditional approaches. Conventional breakers generate high noise levels and substantial vibrations, impacting nearby residents. The TF milling machine, in contrast, delivers approximately 20 m³/hour productivity with greater precision. Unlike breakers, which can cause high-frequency vibrations leading to asphalt cracks and subgrade loosening, the TF 850 ensures selective milling of materials with minimal stress. The finely ground material produced by the TF is immediately reusable on-site, eliminating the need for additional hydraulic attachments or operations to reduce volume.

Traditional breaker-generated debris is typically bulky, leading to increased transportation and handling costs. With the TF milling machine, operators can reuse crushed material directly on-site, significantly reducing expenses by eliminating the need to purchase and transport new backfill materials like sand or gravel.

China, as a rapidly developing nation, faces strict urbanization requirements and standards for technology that minimize environmental and noise pollution. SIMEX, in partnership with its official importer ATE, has introduced the TF milling machine to the Chinese market as a reliable alternative to traditional excavation methods, aligning with the country’s urban development goals.

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