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水穩(wěn)料的配比你清楚嗎？

來源：http://huatts.com/ 日期：2024-11-12

　　水穩(wěn)料的配比會根據(jù)不同的工程要求、材料特性和設(shè)計規(guī)范有所變化。

　　The proportion of water stable materials may vary according to different engineering requirements, material characteristics, and design specifications.

　　一般配合比：

　　General mix ratio:

　　1:1:1:1.3，其中水泥含量約為5%。

　　1: 1:1:1.3, with a cement content of approximately 5%.

　　不同強度等級：

　　Different intensity levels:

　　強度為3MPA時，水泥比例達(dá)4.5%，水泥100千克，水120千克，碎石700千克，石屑670千克。

　　When the strength is 3MPA, the cement ratio reaches 4.5%, with 100 kilograms of cement, 120 kilograms of water, 700 kilograms of crushed stone, and 670 kilograms of stone chips.

　　強度為4MPA時，水泥比例達(dá)4%，水泥90千克，水120千克，碎石335千克，石屑672千克。

　　When the strength is 4MPA, the cement ratio reaches 4%, with 90 kilograms of cement, 120 kilograms of water, 335 kilograms of crushed stone, and 672 kilograms of stone chips.

　　示例配方：

　　Example formula:

　　水泥： 5% - 10%

　　Cement: 5% -10%

　　骨料（如碎石或砂石）: 60% - 75%

　　Aggregate (such as crushed stone or sand): 60% -75%

　　礦渣： 5% - 15%

　　Slag: 5% -15%

　　礦粉： 5% - 10%

　　Mineral powder: 5% -10%

　　水： 10% - 15%

　　Water: 10% -15%

　　添加劑（如增塑劑、防水劑等）：根據(jù)需要添加。

　　Additives (such as plasticizers, waterproofing agents, etc.): Add as needed.

　　常用配比：

　　Common ratio:

　　水泥：石灰：砂：碎石 = 1:0.2:2.5:4，加水量為0.4立方米。

　　Cement: Lime: Sand: Gravel=1:0.2:2.5:4, with a water addition of 0.4 cubic meters.

　　具體配比示例：

　　Specific ratio example:

　　水泥： 107千克

　　Cement: 107 kilograms

　　石粉： 1050千克

　　Stone powder: 1050 kilograms

　　碎石： 5-31.5連續(xù)級配，共1087千克

　　Gravel: 5-31.5 continuous grading, totaling 1087 kilograms

　　水： 63千克。

　　Water: 63 kilograms.

　　干混合料配比：

　　Dry mix ratio:

　　水泥：集料 = 1:4，即1份水泥搭配4份集料，具體為水泥73.799千克，集料1844.992千克，水113.2087千克。

　　Cement: Aggregate=1:4, which means 1 part of cement is mixed with 4 parts of aggregate, specifically 73.799 kilograms of cement, 1844.992 kilograms of aggregate, and 113.2087 kilograms of water.

　　建議在實際工程中，水穩(wěn)料的配比應(yīng)根據(jù)具體情況進(jìn)行調(diào)整，并通過試驗室試配確定最佳配比。不同工程可能有不同的強度要求和材料特性。

　　It is suggested that in practical engineering, the ratio of water stable materials should be adjusted according to specific situations, and the optimal ratio should be determined through laboratory testing. Different projects may have different strength requirements and material properties.

　　本文由濟南水穩(wěn)料提供幫助，更多的相關(guān)內(nèi)容請點擊：http://huatts.com希望本文能夠為您帶來幫助，感謝您的閱讀！

　　This article is assisted by Jinan Water Stable Materials. For more related content, please click: http://huatts.com I hope this article can be helpful to you. Thank you for reading!