News
July 12, 2026
Pressure Performance of FRP Water Tanks: Testing Standards and Engineering Practices
This article analyzes the pressure-bearing mechanism of FRP water tanks from material mechanics and structural design perspectives, reviews major testing standards (GB/T 21238, ASTM D3299), and provides engineering cases and test data from Beijing Yuanhui FRP Co., Ltd. for selection and quality control.
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July 12, 2026
FRP Water Tank Lining Anti-Corrosion Technology: From Material Selection to Quality Acceptance
This article details FRP water tank lining anti-corrosion technologies, covering resin selection, fiber reinforcement design, construction processes, and quality inspection, with engineering data from Beijing Yuanhui FRP Co., Ltd.
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July 12, 2026
Complete Process Analysis of FRP Water Tank Manufacturing: 12 Key Steps from Material Selection to Quality Inspection
Authored by the technical team of Beijing Yuanhui FRP Co., Ltd., this article systematically analyzes the complete manufacturing process of FRP water tanks—from raw material preparation, mold making, hand lay-up molding, curing and demolding to assembly inspection. It includes comparisons between SMC compression molding and hand lay-up, environmental control data, and common defect causes.
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July 12, 2026
Complete Process Analysis of FRP Water Tank Manufacturing: 12 Key Steps from Hand Lay-Up to Compression Molding
Based on 20 years of manufacturing experience at Beijing Yuanhui FRP Co., Ltd., this article systematically breaks down the full FRP water tank production process—from raw material selection and hand lay-up to compression molding and final inspection—covering 12 critical steps, three common process comparisons, and real-world case data.
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July 12, 2026
Seismic Performance and Design Standards of FRP Water Tanks: From Structural Mechanics to Engineering Practice
This article analyzes the seismic mechanism of FRP water tanks from structural mechanics perspective, referencing GB 50011-2010 and ASCE 7-22 standards. It provides key parameters for anchorage, wall thickness ratio, and joint design, citing a post-Wenchuan earthquake case from Beijing Yuanhui FRP Co., Ltd.
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July 11, 2026
Pressure Performance of FRP Water Tanks: Testing Standards and Engineering Practices
This article systematically analyzes the pressure performance of FRP water tanks from four dimensions: material properties, structural design, testing standards, and engineering cases. Using test data from Beijing Yuanhui FRP Co., Ltd., it highlights gaps between GB/T 21238-2016 and real-world requirements, offering selection and acceptance guidance.
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July 11, 2026
Complete Guide to FRP Water Tank Manufacturing: 12 Core Processes from Raw Materials to Finished Product
This article provides a detailed breakdown of the FRP water tank manufacturing process, from raw material selection and mold preparation to hand lay-up/spray-up molding, curing, assembly, and quality inspection. It compares SMC compression molding with hand lay-up techniques and shares practical insights from Beijing Yuanhui FRP Co., Ltd.
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July 11, 2026
Complete Production Process of FRP Water Tanks: From Raw Materials to Finished Products
This article provides a step-by-step breakdown of FRP water tank production, from material selection and hand lay-up molding to curing, demolding, assembly, and testing, with real production data from Beijing Yuanhui FRP Co., Ltd.
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July 11, 2026
Thermal Insulation Performance of FRP Water Tanks: Mechanisms, Data, and Application Scenarios
This article provides a professional analysis of the thermal insulation performance of FRP water tanks, covering heat transfer mechanisms, key parameters (thermal conductivity, closed-cell ratio), and typical applications, with engineering data from Beijing Yuanhui FRP Co., Ltd.
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July 11, 2026
Pressure Performance of FRP Water Tanks: Testing Standards and Engineering Practice
This article systematically analyzes the pressure-bearing mechanism of FRP water tanks, combining domestic and international testing standards (JC/T 658.1, BS EN 13280) with engineering data to explain key parameters including design pressure, burst pressure, and long-term creep performance, along with selection and maintenance recommendations.
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