SNZW65-I 旋转减压稳压栓

Description

产品概述 / Product Overview

中文：
SNZW65-I 旋转减压稳压栓是一款专为消防系统设计的室外消火栓附件，通过内置的减压与稳压机构，使出口压力保持稳定可靠。其旋转式结构便于现场操作，可有效适应市政供水压力波动，确保消防水带与设备在安全压力范围内运行。

English:
The SNZW65-I Rotary Pressure-Reducing & Pressure-Stabilizing Valve is a specialized firefighting hydrant accessory designed to deliver consistent and safe outlet pressure. The built-in pressure-reducing and stabilizing mechanism ensures reliable water flow regardless of inlet pressure fluctuations. The rotary structure enables easy field operation and secure integration with municipal water supply networks.

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主要特性 / Key Features

中文：

• 稳定出口压力：自动减压稳压系统有效消除水压波动。

• 旋转结构设计：操作顺畅，安装维护更便捷。

• 高强度阀体：由耐压球墨铸铁制成，适用于恶劣消防环境。

• 标准接口：采用65mm消防接口，兼容各类消防软管与配件。

• 耐腐蚀涂层：红色环氧粉末涂装，防腐耐久。

• 可靠密封：内部采用耐磨密封材质，确保长寿命与泄漏防护。

English:

• Stable Outlet Pressure: Integrated pressure-reducing and stabilizing mechanism ensures consistent performance.

• Rotary Operation: Smooth rotation allows easy handling, installation, and maintenance.

• High-Strength Body: Made from ductile iron for superior durability in demanding firefighting environments.

• Standard 65mm Interface: Compatible with standard fire hoses and hydrant systems.

• Corrosion-Resistant Coating: Red epoxy powder coating provides long-term protection.

• Reliable Sealing: Wear-resistant internal seals ensure longevity and leak-free operation.

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应用场景 / Applications

中文：

• 市政消防系统

• 工业园区及厂区消防管网

• 室外消火栓配套使用

• 高压区域需稳压供水的场所

English:

• Municipal firefighting networks

• Industrial facilities and plant fire protection systems

• Outdoor hydrant installations

• High-pressure water supply areas requiring regulated pressure

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技术参数 / Technical Specifications

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产品优势 / Product Advantages

中文：
SNZW65-I 旋转减压稳压栓通过精密设计的压力调节系统，使消防作业更安全、更稳定。在突发火情中，稳定水压能显著提升灭火效率并减少管线冲击风险，是现代消防系统不可或缺的关键部件。

English:
With its precisely engineered pressure-reducing and stabilizing system, the SNZW65-I ensures safer and more efficient firefighting operations. Stable pressure output prevents hose damage and enhances extinguishing performance, making it an essential component of modern fire protection networks.