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China’s domestic demand and export market of stone have kept evolving in the past five years. Low-end homogeneous stone is gradually phased out, while green production, intelligent manufacturing and customized service become mainstream. For home owners, engineering project teams and overseas purchasers, procurement logic has changed greatly. Based on recent market data and industrial changes, this article analyzes core stone procurement trends in 2026, providing practical procurement reference for buyers to reduce risks and improve project quality.

In highway subgrade reinforcement, pavement anti-cracking, slope protection, soft foundation treatment and retaining wall reinforcement projects, geogrid is the core reinforced geosynthetic material. It can effectively improve soil bearing capacity, disperse subgrade pressure, prevent pavement settlement and cracking, and strengthen slope stability. There are many types of geogrids on the market, including fiberglass geogrid, steel-plastic geogrid, plastic geogrid and polyester geogrid. Their performance, price and applicable scenarios vary greatly. Many purchasers have difficulty screening high-quality and suitable products. This article sorts out the Top5 commonly used geogrid products for engineering in 2026, explains the core advantages and applicable scenarios of each product in detail to help accurate selection and efficient procurement.

Geotextile is the most widely used and cost-effective basic geosynthetic material in geotechnical projects such as subgrade reinforcement, water conservancy anti-seepage and slope protection. However, many engineering purchasers often fall into selection misunderstandings. The price of geotextile of the same specification varies greatly. Low-cost products will crack, lose water permeability and suffer aging damage after construction, resulting in project rework and doubled costs. Many people only focus on the unit price per gram weight, ignoring raw materials, manufacturing processes and performance parameters, which will eventually affect the overall project quality and service life. Combined with practical engineering experience, this article will teach you to scientifically select and accurately identify high-quality geotextile, avoid procurement traps and select suitable materials for different construction scenarios.

In anti-seepage projects such as landfills, artificial lakes, river anti-seepage, basements and chemical tanks, HDPE geomembrane and bentonite waterproof blanket (GCL) are two mainstream core anti-seepage materials. Many engineering purchasers and constructors can hardly distinguish the differences between them accurately. Blind material selection based on experience will lead to problems such as unqualified anti-seepage effect, excessive construction cost and rework due to later leakage. The two materials have significant differences in raw materials, anti-seepage principles, construction technology and applicable scenarios. This article comprehensively compares their advantages and disadvantages to help users select materials accurately and match engineering requirements.

Most quality problems such as leakage, settlement, cracking and landslide in geotechnical, anti-seepage and reinforcement projects do not all stem from product quality problems, but are mostly caused by non-standard construction and operation misunderstandings of geosynthetics. Many construction teams adopt traditional extensive construction methods, ignoring key details such as base surface treatment, laying process, lap welding and finished product protection. Even if high-quality national standard materials are selected, problems such as unqualified project quality, failed acceptance and later rework will occur. This article sorts out five high-frequency misunderstandings in geosynthetics construction, and provides optimization schemes combined with standardized construction processes to help construction teams standardize operations and improve project quality.

With the standardization of infrastructure projects and normalization of environmental protection projects, geosynthetics serve as core consumables for geotechnical engineering, environmental anti-seepage and subgrade construction. The procurement standards and market trends of the industry have undergone obvious changes. Since 2026, municipal infrastructure, ecological restoration, landfill, river regulation and other projects have been continuously launched, and the market demand for geosynthetics keeps rising. At the same time, market chaos occurs frequently, non-standard products flood the market and prices fluctuate greatly. Many purchasers are easy to fall into traps during peak procurement seasons. Combined with the latest industry trends in 2026, this article sorts out the core procurement logic and key points to avoid pitfalls, helping engineering parties complete geosynthetics procurement efficiently and cost-effectively.