Wuxi Wondery Industry Equipment Co., Ltd

I. Industry Insight: Critical Demands for VPI Technology in Industrial High-Voltage Motors and Transformers During the manufacturing and remanufacturing of high-voltage motors, special explosion-proof motors, and large power transformers, the insulation treatment of windings is a critical process determining the equipment's dielectric lifespan, mechanical integrity, and thermal dissipation performance. Traditional atmospheric dipping processes often leave microscopic air gaps and voids deep within the multi-layer coils. Under high-voltage electric fields, these residual air pockets are highly susceptible to Partial Discharge (PD), which exponentially accelerates insulation breakdown. The Vacuum Pressure Impregnation (VPI) process represents the global benchmark for resolving this bottleneck. By extracting air and moisture under deep vacuum conditions, the insulation resin is introduced via dynamic differential pressure to fully submerge the workpieces. Subsequently, positive pressure (typically up to $+0.6text{ MPa}$) is applied, forcing the resin to densely penetrate every micro-crevice of the windings. This significantly optimizes dielectric performance and heavily fortifies the windings' resistance against moisture, mold, and mechanical shock. With specialized pressure vessel engineering certifications and comprehensive electro-fluidic control expertise, WONDERY successfully delivered an export-standard heavy-duty VPI system to POWER WAVES ELECTROMECHANICAL CONT. LLC, a prominent electromechanical contractor in the UAE, overcoming their technical limitations in large-scale motor insulation processing. The technical specifications and proposals for this project are referenced from the document named "260602VPI1500-2000 Semi-auto Vacuum Impregnation Equipment System.docx". II. Technical Solutions and Parameterized Evidence 1. 1.5m Vertical Heavy-Duty Impregnation Tank (VPI Tank) — Blending High Pressure with Hermetic Reliability To facilitate the vertical loading and unloading profiles of large high-voltage motor stators and transformers, WONDERY engineered a high-integrity vertical vessel: Core Dimensions & Material Science: The main chamber features an upgraded effective working volume of $Phi1500 times 3000text{ mm}$, allowing it to accommodate longer shafts or larger heavy-duty winding assemblies seamlessly. The vessel head is forged from 16MnR boiler plate, the shell is fabricated from pressure-vessel-specific Q345-R steel, and the heavy flanges utilize 16MnR forged components, conforming strictly to Steel Pressure Vessels GB150-1998 standards. Extreme Pressure & Safety Interlocking: The rated positive working pressure reaches $+0.6text{ MPa}$ (fully adjustable), using filtered dry air supplied by the user. The limit vacuum depth achieves an ultra-low $100text{ Pa}$. The vessel comes standard with over-pressure audio-visual alarms and mechanical pressure-relief safety valves, accompanied by certified radiographic and welding test certifications. Hydraulic Teeth-Misaligned Locking Assembly: The tank cover utilizes an advanced upper and lower teeth-misaligned flange locking mechanism. The entire opening, closing, and locking sequences are driven by a $12text{ MPa}$ heavy-duty hydraulic station paired with non-contact proximity switches. The primary seal features an air-filling type silicone rubber sealing ring, ensuring zero-leakage performance under harsh cyclical shifts between vacuum and positive pressure. 2. Large-Capacity Resin Storage & Dynamic Temperature Chilling Hub — Preserving Resin Longevity Insulation resins (such as epoxies or polyesters) are highly temperature-sensitive and require constant low-temperature agitation when idle to prevent premature exothermic polymerization. WONDERY configured a smart storage system to manage this: Homogeneous Agitation Tank: The resin storage system is expanded to a $Phi1800 times 2000text{ mm}$ tank to efficiently match the material turnover of the deeper main chamber. It incorporates a multi-layer paddle agitator driven by an industrial motor-gearbox assembly, maintaining a precise speed range of $25 sim 36text{ rpm}$ to eliminate dead zones and ensure uniform resin viscosity. 100mm Thermal Barrier Jacket: The vessel exterior is heavily wrapped in a $100text{ mm}$ high-density insulation layer protected by stainless steel armor. The inner vessel incorporates a cooling jacket integrated with digital temperature transmitters for constant temperature tracking. Industrial Chilling Machinery: The system is paired with a $15text{ HP}$ ($415text{ V}$) high-capacity chiller delivering a cooling output of $50,000text{ W/H}$ and a chilled water flow rate of $8text{ m}^3text{/H}$. Operating on an aqueous glycol solution, the chiller automatically runs parallel to process requirements, locking the resin within its safe, low-temperature liquid threshold. 3. Upgraded Dual-Stage Vacuum Package & Industrial-Grade Safety Interlocks Dual-Stage Vacuum Array: The system incorporates a primary 2X-70 rotary vane vacuum pump backed by a larger-displacement ZJ-300 Roots blower, achieving a peak pumping speed of $300text{ L/S}$ to rapidly evacuate the 3000mm deep chamber down to target negative pressure. A heavy-duty vacuum buffer tank is positioned upstream of the pumps to effectively capture vaporized resin mist, protecting internal pump components. European Standard Electrical Architecture: The centralized power and control console operates on a localized $text{AC}415text{ V} / 50text{ Hz}$ three-phase four-wire grid, featuring premium Schneider low-voltage switchgear components. Fail-safe logic is hardwired into the system: the hydraulic mechanism is automatically isolated if the locking teeth are improperly positioned, and the main cover remains mechanically locked until all internal pressure is entirely vented, preventing human error. III. International Compliance, Delivery, and Warranty Engineering The VPI system has been successfully disassembled into modules, securely anchored onto specialized Flat Rack containers with export-grade protective wrapping, and delivered to the client's facility in the UAE. WONDERY provides a comprehensive technical documentation package including foundation layouts, weld radiographic reports, complete English operational schematics, and an extended 13-month product warranty from the date of shipment, ensuring dependable operation for regional engineering projects.

I. Industry Insight: Critical Demands for VPI Technology in Industrial High-Voltage Motors and Transformers      During the manufacturing and remanufacturing of high-voltage motors, special explosion-proof motors, and large power transformers, the insulation treatment of windings is a critical process determining the equipment's dielectric lifespan, mechanical integrity, and thermal dissipation performance. Traditional atmospheric dipping processes often leave microscopic air gaps and voids deep within the multi-layer coils. Under high-voltage electric fields, these residual air pockets are highly susceptible to Partial Discharge (PD), which exponentially accelerates insulation breakdown. The Vacuum Pressure Impregnation (VPI) process represents the global benchmark for resolving this bottleneck. By extracting air and moisture under deep vacuum conditions, the insulation resin is introduced via dynamic differential pressure to fully submerge the workpieces. Subsequently, positive pressure (typically up to $+0.6text{ MPa}$) is applied, forcing the resin to densely penetrate every micro-crevice of the windings. This significantly optimizes dielectric performance and heavily fortifies the windings' resistance against moisture, mold, and mechanical shock. With specialized pressure vessel engineering certifications and comprehensive electro-fluidic control expertise, WONDERY successfully delivered an export-standard heavy-duty VPI system to POWER WAVES ELECTROMECHANICAL CONT. LLC, a prominent electromechanical contractor in the UAE, overcoming their technical limitations in large-scale motor insulation processing. II. Technical Solutions and Parameterized Evidence 1. 1.5m Vertical Heavy-Duty Impregnation Tank (VPI Tank) — Blending High Pressure with Hermetic Reliability To facilitate the vertical loading and unloading profiles of large high-voltage motor stators and transformers, WONDERY engineered a high-integrity vertical vessel: Core Dimensions & Material Science: The main chamber features an effective working volume of $Phi1500 times 2000text{ mm}$. The vessel head is forged from 16MnR boiler plate, the shell is fabricated from pressure-vessel-specific Q345-R steel, and the heavy flanges utilize 16MnR forged components, conforming strictly to Steel Pressure Vessels GB150-1998 standards. Extreme Pressure & Safety Interlocking: The rated positive working pressure reaches $+0.6text{ MPa}$ (fully adjustable), using filtered dry air supplied by the user. The limit vacuum depth achieves an ultra-low $100text{ Pa}$. The vessel comes standard with over-pressure audio-visual alarms and mechanical pressure-relief safety valves, accompanied by certified radiographic and welding test certifications. Hydraulic Teeth-Misaligned Locking Assembly: The tank cover utilizes a advanced upper and lower teeth-misaligned flange locking mechanism. The entire opening, closing, and locking sequences are driven by a $12text{ MPa}$ heavy-duty hydraulic station paired with non-contact proximity switches. The primary seal features an air-filling type silicone rubber sealing ring, ensuring zero-leakage performance under harsh cyclical shifts between vacuum and positive pressure. 2. Intelligent Resin Storage & Dynamic Temperature Chilling Hub — Preserving Resin Longevity Insulation resins (such as epoxies or polyesters) are highly temperature-sensitive and require constant low-temperature agitation when idle to prevent premature exothermic polymerization. WONDERY configured a smart storage system to manage this: Homogeneous Agitation Tank: The resin storage system features a $Phi1600 times 1600text{ mm}$ tank. It incorporates a multi-layer paddle agitator driven by an industrial motor-gearbox assembly, maintaining a precise speed range of $25 sim 36text{ rpm}$ to eliminate dead zones and ensure uniform resin viscosity. 100mm Thermal Barrier Jacket: The vessel exterior is heavily wrapped in a $100text{ mm}$ high-density insulation layer protected by stainless steel armor. The inner vessel incorporates a cooling jacket integrated with digital temperature transmitters for constant temperature tracking. Industrial Chilling Machinery: The system is paired with a $15text{ HP}$ ($415text{ V}$) high-capacity chiller delivering a cooling output of $50,000text{ W/H}$ and a chilled water flow rate of $8text{ m}^3text{/H}$. Operating on an aqueous glycol solution, the chiller automatically runs parallel to process requirements, locking the resin within its safe, low-temperature liquid threshold. 3. Two-Stage High-Speed Vacuum Package & Industrial-Grade Safety Interlocks Dual-Stage Vacuum Array: The system incorporates a primary 2X-70 rotary vane vacuum pump backed by a high-capacity ZJ-150 Roots blower, achieving a peak pumping speed of $300text{ L/S}$. A heavy-duty vacuum buffer tank is positioned upstream of the pumps to effectively capture vaporized resin mist, protecting internal pump components. European Standard Electrical Architecture: The centralized power and control console operates on a localized $text{AC}415text{ V} / 50text{ Hz}$ three-phase four-wire grid, featuring premium Schneider low-voltage switchgear components. Fail-safe logic is hardwired into the system: the hydraulic mechanism is automatically isolated if the locking teeth are improperly positioned, and the main cover remains mechanically locked until all internal pressure is entirely vented, preventing human error.

Индустрия: строгие требования к точности материалов при теплообмене и производстве В современном промышленном производстве, автомобильных теплообменных системах (таких как конденсаторы и испарители), и точной электронной обработке труб, допустимые значения химического состава,точность физических измерений, и целостность облицовки лент и фольги из алюминиевого сплава определяют уровень урожайности последующей штамповки, формования и сварки.Стандартные коммерческие сорта часто не могут одновременно соответствовать высокой прочностиWONDERY удовлетворяет этим критическим потребностям с помощью специализированных технологий прокатки и многослойной облицовки на микроновом уровне. Технические решения и параметризированные доказательства 1. Премиум 3003 Алюминиевые сплавные ленты (Алюминиевая катушка) Чтобы сбалансировать прочность на растяжение и пластичность при непрерывном штамповке, WONDERY внедрила строгий контроль структуры зерна для сплава 3003: Многоспецификационная прокатка: данный проект включал одновременную поставку двух различных широт тяжелых катушек под одним и тем же классом (Алюминиевый сплав 3003).5 мм / ширина 38 мм (ID): 500 мм) и толщина 1,5 мм / ширина 16 мм (ID: 500 мм), с 15 рулонами (в общей сложности ~ 1200 кг), поставляемых для каждой спецификации. Консистентность качества: точное обмотка гарантирует свободные от обмоток края и допустимость толщины на микроновом уровне на протяжении сотен метров разворачивания,предотвращение разрыва ленты или преждевременного износа при высокоскоростной штамповке. 2Продвинутая 4343/3003/4343 Трехслойная облицованная алюминиевая фольга (алюминиевая лента) Основная проблема в производстве плавников и труб для теплообменников заключается в производительности сварки. Структурный состав: имеет многослойную композитную структуру из алюминиевого сплава 4343/3003/4343 толщиной всего 0,1 мм и шириной 16 мм (ID: 200 мм).В общей сложности было поставлено 25 рулонов (~ 1000 кг). Оптимизация процесса сварки: основной слой (3003) обеспечивает превосходную структурную прочность и коррозионную устойчивость, в то время как внешние облицованные слои (4343) действуют как металлические наполнители с низкой температурой плавления.При сварке в контролируемой атмосфере (CAB) или вакуумной сварке, внешние слои тают, образуя бесшовные соединения, в то время как ядро остается нетронутым, исключая риски холодных соединений или утечки. Целостность скрепления: с использованием передового скрепления на горячем ролике достигается синтез интерфейса на молекулярном уровне, предотвращая любую деламинацию во время последующего сокращения до 0,1 мм. 3. 0,08 мм сверхтонкая алюминиевая фольга радиатора Ультратонкая обработка: для высокоэффективного производства хладагентов WONDERY поставляет фольгу из алюминиевого сплава 3003 с ультратонкой спецификацией толщиной 0,08 мм и шириной 44 мм (ID: 200 мм),в общей сложности 25 рулонов (~ 1000 кг). Упаковка и защита: Поскольку фольга длиной 0,08 мм очень подвержена морщинам и повреждениям, был принят стандартизированный метод упаковки в виде свитков, устойчивых к влаге и ударам.ограничение единицы веса примерно. 40 кг / рулон для обеспечения идеальных краев и нулевой окисления при прибытии. Спецификации поставки и условия торговли WONDERY строго придерживается протоколов выполнения международных торговых соглашений для обеспечения бесперебойного и прозрачного выполнения цепочки поставок: Срок торговли: FOB Шанхай, облегчающий гибкие логистические договоренности для глобальных покупателей. Время выполнения: полная точность проката, резки, проверка качества и упаковка были завершены в течение 30 дней после получения депозита. Стратегия доставки: отправляется централизованной пересылкой (не допускается частичная пересылка), чтобы гарантировать, что вся партия прибывает одновременно,сохранение однородности сырья для производственной линии клиента.