產品概述 Product Overview

環氧樹脂硫化絕緣母線槽采用特種環氧樹脂配方，通過硫化交聯工藝形成無縫全封閉絕緣結構。產品達到IP67 防護等級，具備防塵及短時浸水防護能力。該設計省去金屬外殼，從根本上杜絕電腐蝕問題，并具有優異的耐化學腐蝕特性。其緊湊結構適用于石油、化工、海洋平臺等惡劣環境，為輸配電系統提供安全可靠的解決方案。

Epoxy Resin Vulcanized Insulated Busway Utilizing a specialized epoxy resin formulation and vulcanization process, this busway forms a seamless, fully-enclosed insulation structure. Rated IP67, it provides complete dust protection and temporary immersion resistance. The design eliminates metal enclosures, preventing electrochemical corrosion while delivering exceptional chemical resistance. Its compact construction is ideal for harsh environments including petroleum, chemical, and offshore platforms, offering a secure and reliable power distribution solution.

產品特點Product Features

● 防止水塵能力： IP67 防護等級實現防塵與短時浸水防護；

● 耐高壓能力 ： 絕緣層耐受3750V 以上工頻電壓不擊穿；

● 優異韌性與強度：硫化工藝形成高機械強度抗沖擊結構；

● 節能效益：低阻抗設計有效降低線路電能損耗；

● 抗冷熱循環破壞： -40℃至120℃溫度變化保持結構穩定；

● 自動化批量作業： 標準化生產工藝產品一致性。

● Complete resistance to water and dust: IP67 rating ensures total dust protection and temporary immersion capability;

● Exceptional high voltage resistance: Insulation layer withstands power frequency voltages above 3750V without breakdown;

● Outstanding toughness and strength: Vulcanization process creates impact-resistant structures with high mechanical strength;

● Significant energy efficiency: Low-impedance design effectively reduces line power losses;

● Resistance to thermal cycling damage: Maintains structural stability across -40℃ to 120℃ temperature variations;

● Automated mass production: Standardized processes ensure consistent product quality across batches.

產品優勢 Product Advantages

環氧樹脂絕緣材料傳導散熱速度，遠遠大于聚脂薄膜或熱縮套材料，帶來更大承載電流能力和散熱能力，一系列的測試證明，采用H 級180℃耐溫樹脂絕緣材料成型的產品，在絕緣領域占有絕對的優勢，100% 防水防塵的實力，耐高溫耐高壓，100% 杜絕導體氧化的實力，短路實力等，都證明了其具有的較高安全性，熱傳導能力強迅速將溫度傳導出去，提高載流量減少耗能，降低電費支出等性能無一不在體現其較高的節能性，不僅如此此技術將會推動一個嶄新的綠能源革命，為地球環保盡一份力。

Epoxy Resin Insulation Material Advantages，Epoxy resin insulation demonstrates significantly superior heat conduction and dissipation compared to polyester films or heatshrink tubing, enabling higher current-carrying capacity and improved thermal management. Tests confirm that products molded with Class H 180° C high-temperature resin hold absolute advantages in insulation performance. They provide complete protection against water and dust, exceptional high-temperature and high-voltage resistance, and entirely prevent conductor oxidation. Enhanced short-circuit withstand capability underscores their high safety level. The efficient heat conduction rapidly dissipates temperature, increasing current capacity while reducing energy consumption and costs. Furthermore, this technology is poised to drive a new green energy revolution, contributing significantly to environmental protection