Electronics & Electrical

Uniwell Electronic Wire & Cable specializes in the design, engineering, and manufacturing of industrial equipment wire harnesses used across construction machinery, agricultural machines, automation systems, and heavy-duty manufacturing equipment. With over 15 years of experience, we provide both standard and custom wiring harness solutions that ensure stable electrical performance even under the most demanding operating conditions. Why Choose Our Industrial Equipment Wire Harness Our engineering team doesn’t just build what’s on the drawing — we collaborate with your engineers to optimize, simulate, and validate each design. This ensures reliability, efficiency, and long-term cost savings. Engineering-Led Development Design Review: Predict potential failure points such as bending, unsupported spans, or chemical exposure. Prototype & Feedback Loop: Early-stage sample builds for concept validation. 2D/3D CAD Collaboration: Seamless interoperability for efficient design communication Component Selection Guidance: Based on lifecycle and electrical performance requirements. We deliver comprehensive wiring documentation, including routing diagrams, termination guidelines, and labeling, helping installers save time and avoid ambiguity during rapid project rollouts. Manufacturing & Assembly Process Wire harness production for industrial equipment involves multiple complex stages — most of which require manual precision to ensure consistent quality. Key assembly steps include: Installing wires and subassemblies onto the assembly board. Routing wires through sleeves or tubing. Bundling and securing branches with wraps, cable ties, or tape. Crimping terminals (often multiple wires into one connector). Some stages can be semi-automated — such as wire cutting, stripping, terminal crimping, soldering, or wire twisting — but hand assembly remains the most cost-effective solution for small and customized batches. Each finished harness undergoes comprehensive electrical testing using programmed test boards to verify continuity, insulation resistance, and functional integrity. https://www.uniwellwirings.com/a/Pro , duct-Wire-Harness_c2.html

Power Generation Reliable Wiring Harness Solutions for Power Generation Systems Uniwell specializes in designing and manufacturing power generation wiring harnesses for diesel and gas engines, generator systems, and industrial power distribution. Our products ensure safe, stable, and efficient electrical connectivity under extreme temperature, vibration, and environmental conditions. These harnesses are widely used in diesel generator sets, industrial power units, switchgear, turbines, and energy systems, supporting both AC and DC configurations. Engineering-Led Harness Development We don’t just build what’s drawn—we co-engineer each harness with your team to achieve optimal performance, reliability, and ease of installation. Collaborative Engineering Process Design Reviews to identify potential failure points such as bending stress, unsupported spans, or chemical exposure. Prototype Builds with feedback loops for early concept validation. 2D/3D CAD Interoperability, allowing seamless collaboration with your mechanical and electrical design environments. Component Selection Guidance based on mechanical lifecycle, environmental exposure, and electrical load. Our engineering team delivers detailed harness documentation, including wiring diagrams, termination guidelines, and part labels—accelerating installation and minimizing troubleshooting errors. This approach is particularly critical in fast-paced projects where installation teams cannot afford ambiguity or rework. While some suppliers emphasize over-engineering and laboratory specifications, we focus on fit-for-purpose engineering—delivering reliability without unnecessary cost or complexity. Each project benefits from tailored adjustments that simplify future upgrades, streamline replacements, and reduce total lifecycle costs. https://www.uniwellwirings.com/a/Product , -Wire-Harness_c2.html

Dear Purchasing Team, Hope you are doing well. My name is Jill from Hebei Minhai Pipe Fitting Co., Ltd., China. We are a professional manufacturer of carbon steel butt weld fittings, including: • Elbows • Tees • Reducers • Caps with standards: ASTM A234 WPB / ASME B16.9/ EN10253 Our products are widely used in oil & gas, construction, chemical and industrial piping projects. We are looking for reliable distributors and suppliers to establish long-term cooperation. Compared with buying from trading companies, working directly with our factory can help you get: • Competitive factory price • Stable production capacity • Consistent quality • Fast technical support We hope to become one of your reliable suppliers from China and support your stock or project requirements. I would appreciate the opportunity to introduce our factory and discuss possible cooperation. Kind Regards Jill Sun Hebei Minhai Pipe Fitting Co.,Ltd. WhatsApp: +86 18831767170 Email: jill@minhai-pipefitting.com sales@minhai-pipefittings.com Carbon Steel Butt-Weld Fittings(ASTM A234 WPB ASME B16.9 / EN /GOST /JIS) Flexible MOQ Stable Lead Time

Minimum Order: 1000

Champion 100520 Inverter Generator 7000W Electric Start The Champion 100520 Inverter Generator 7000W Electric Start is a powerful and efficient portable generator designed to deliver clean, stable inverter power for residential, commercial, and outdoor applications. Built for high-demand usage, it provides reliable electricity for sensitive electronics, heavy tools, and essential home backup systems. Equipped with advanced inverter technology, this generator produces smooth sine wave output, making it safe for laptops, TVs, and other electronic devices. The electric start system ensures quick and effortless operation, while its heavy-duty engine and fuel-efficient design support long runtime and dependable performance in emergencies, job sites, RV use, and outdoor activities. Key Features High Power Output 7000W – suitable for home, job site, and emergency use Inverter Technology – clean and stable electricity for sensitive electronics Electric Start System – easy and fast ignition with push-button start Fuel Efficient Operation – optimized consumption for long runtime Home Backup Ready – ideal during power outages Heavy-Duty Engine – built for demanding applications Safety Protection System – includes overload and low oil shutdown Portable Design – equipped with wheel kit for easier mobility

Minimum Order: 1 bags

HBP401 Series Gauge Pressure Sensor The HBP401 Series Gauge Pressure Sensor measures gauge pressure over a range of 10kPa, housed in a SOP6 package, and provides mV analog bridge output. It is 100% helium leak tested for hermetic package integrity, features a built- in 1.8V~5.5V wide-voltage LDO for direct battery powering. Key Features & Advantages of HBP401G010S6 Gauge Pressure Sensor · Versatile analog output: native mV bridge output, compatible with standard amplifiers and ADCs · Wide supply range: 1.8V~5.5V, works directly with batteries · Excellent reliability: 100% helium leak test ensures hermetic seal · Mass-production ready: compact SOP6 SMD package Typical Applications Gauge Pressure Sensor Ideal for gauge pressure sensing in consumer medical, smart home, HVAC, industrial automation, and automotive applications: · Cost-effective blood pressure monitor & respiratory monitoring solution · Blood pressure & respiratory monitoring · Commercial laundry water level monitoring · Clean room positive pressure monitoring Key Technical Specifications of HBP401G010S6 Gauge Pressure Sensor Pressure Range: 10kPa Output: mV Analog (Wheatstone Bridge) Package: SOP6 SMD Supply: 1.8V~5.5V Type: Gauge

PTC Food Thermometer for Food Temperature Detection, EG-P002 The EG-P002 PTC Food Temperature Sensor is designed for food temperature detection applications, including food thermometers and thermal monitoring during food processing. With a food-grade 304 stainless steel probe and stable sensing performance, this sensor is suitable for environments requiring reliable temperature measurement and material safety compliance. As an OEM manufacturer, we provide custom PTC temperature sensor solutions tailored for integration into food thermometers and temperature control systems. Key Features Food-grade 304 stainless steel probe suitable for food contact environments Wide operating temperature range up to 380°C Stable resistance characteristics for consistent measurement Compact probe size (Ø3.8 mm) for easy insertion into food products Reliable electrical insulation performance Suitable for integration into food thermometers and temperature monitoring devices Typical Applications The EG-P002 is designed for food-related temperature measurement scenarios, including: Food thermometers Food temperature detection during cooking and processing Kitchen appliances requiring temperature monitoring Industrial food processing equipment Temperature control in food preparation systems It is suitable for applications requiring direct or indirect temperature measurement in food environments. Custom PTC Temperature Sensor Solutions As a professional OEM supplier, we provide customization options for food temperature sensing applications: Resistance value and parameter customization Probe length and structure adjustment Cable type, insulation, and connection methods Integration into thermometer devices or control systems High-temperature resistant design optimization We support development from sample evaluation to mass production, ensuring consistent product quality. More: https://www.egn-tech.com/

PTC Temperature Sensor for Temperature Detection Inside the Pellet Stove, EG- P001 The EG-P001 PTC Temperature Sensor is designed for temperature detection inside pellet stoves and high-temperature furnace environments. With a stainless steel probe structure and stable resistance characteristics, this sensor is suitable for applications requiring reliable temperature monitoring under elevated temperature conditions. As an OEM manufacturer, we provide custom PTC temperature sensor solutions with flexible configurations to meet specific installation and system requirements. Key Features Suitable for high-temperature environments up to 250°C Stable resistance characteristics for continuous temperature monitoring 304 stainless steel probe for durability and thermal conductivity Standard platinum resistance types (PT100 / PT200 / PT1000) available Compact probe size for installation inside heating systems Reliable electrical insulation performance Typical Applications The EG-P001 is specifically designed for heating and furnace temperature monitoring, including: Temperature detection inside pellet stoves Pellet furnace internal temperature monitoring Heating system temperature control Industrial heating equipment Solid fuel combustion systems It is suitable for applications requiring stable sensing under continuous high-temperature conditions. Custom PTC Temperature Sensor Solutions As a professional OEM supplier, we offer customization based on application requirements: Resistance type selection (PT100 / PT200 / PT1000) Probe diameter and length adjustment Cable type, insulation, and connection method High-temperature resistant design optimization Integration into heating system assemblies We support development from sample validation to batch production, ensuring consistent quality and performance. Mechanical Structure Probe material: 304 stainless steel Probe diameter: Ø4.7 mm / Ø5 mm Mounting: Inserted or embedded into heating system Output: Wire or customized connection interface More: https://www.egn-tech.com/

Wireless Interlinked Photoelectric Fire Alarm with 10-Year Life Lithium Battery, VS02F Wireless Interlinked Photoelectric Smoke Alarm with 10-Year Sealed Battery EN 14604 Certified VS02F The VS02F Wireless Interlinked Smoke Alarm is a photoelectric fire detection device designed for residential and commercial safety systems, featuring 433MHz wireless interconnection and a 10-year sealed lithium battery. Compliant with EN 14604, CE, and UKCA standards, this model enables synchronized alarm triggering across multiple units, improving response time and overall fire safety coverage. As an experienced OEM manufacturer, we support private-label smoke alarm solutions with customization options for branding, packaging, and system integration. Certification & Compliance EN 14604 Certified (European smoke alarm standard) CE & UKCA compliant for EU and UK markets RoHS compliant (environmental safety) Declaration of Conformity available upon request Designed for legal sale and installation in European residential and commercial applications. Detection Technology The VS02F uses photoelectric smoke detection technology, which is highly effective in detecting smoldering fires and reducing false alarms caused by cooking smoke or dust compared to ionization-based alarms. This makes it suitable for living spaces, bedrooms, hallways, and enclosed environments where stability and reliability are critical. Wireless Interconnection Function The built-in 433MHz RF module allows up to 30 smoke alarms to be wirelessly interconnected. When one unit detects smoke, all interconnected units sound simultaneously Expands fire detection coverage across multi-room or multi-floor buildings No wiring required, simplifying installation and retrofit projects This feature is particularly valuable for: Residential buildings Hotels and rental properties Multi-room safety systems Key Features Wireless interlinked alarm system (up to 30 units) 10-year sealed lithium battery for maintenance-free operation Fast response to smoldering fire conditions Low standby current for extended battery life High sound output (>85dB) for clear alerting Built-in low battery warning and self-check functionality Stable performance with reduced false alarm rate Typical Applications The VS02F is suitable for a wide range of fire safety scenarios: Residential homes and apartments Hotels and hospitality buildings Offices and commercial properties Rental housing and property management projects Multi-room or multi-floor fire alarm systems It is ideal for projects requiring wireless interconnection without complex wiring. More: https://www.egn-tech.com/

NTC Temperature Sensor for Electric Motor Temperature Detection EG-N018 NTC Temperature Sensor for HVAC & Motor Temperature Detection  The EG-N018 NTC Temperature Sensor is designed for fast and accurate temperature detection in HVAC systems and electric motors. With a compact epoxy-encapsulated structure and rapid thermal response, this sensor is well-suited for applications requiring real-time temperature feedback and stable control performance. As an experienced OEM manufacturer, we provide custom NTC temperature sensor solutions tailored for air temperature sensing, motor protection, and embedded system integration. Key Features Fast response (~5s) suitable for dynamic temperature environments Compact size (≤ Ø4 mm) for easy integration into tight spaces Stable resistance performance for long-term operation Wide operating temperature range up to 150°C High insulation resistance for reliable electrical performance Suitable for both air temperature sensing and surface detection Typical Applications The EG-N018 is optimized for air temperature sensing and motor thermal monitoring, including: Air conditioning room temperature detection (HVAC systems) Electric motor temperature detection and protection Air inlet / outlet temperature sensing in HVAC equipment Fan coil units and thermostat systems Motor windings and surface temperature monitoring Industrial ventilation and environmental control systems Its fast response makes it especially suitable for systems requiring real-time temperature feedback and rapid control adjustment. Custom NTC Temperature Sensor Solutions As a professional OEM supplier, we support flexible customization for different applications: Resistance value and B constant customization Miniaturized probe design for compact installations Cable length, insulation material, and shielding Connector and terminal integration High-temperature and moisture-resistant designs Integration into HVAC systems or motor assemblies We support projects from sample development to mass production, ensuring consistent performance and reliability. Mechanical Structure Sensor type: Epoxy encapsulated bead Maximum diameter: ≤4 mm Mounting method: Air sensing / surface contact / embedded Output: Wire lead or customized connector Performance & Reliability The EG-N018 is designed for stable operation in HVAC and motor environments: Fast thermal response for dynamic systems High insulation resistance (≥100MΩ) Withstand voltage up to AC 1200V Resistance consistency control for batch production Thermal cycling and long-term stability verification These features ensure reliable performance in continuous operation systems and temperature control loops. How to Select This Sensor The EG-N018 is recommended when your application requires: Fast response temperature sensing in air environments Compact sensor size for limited installation space HVAC temperature monitoring and control Motor surface or ambient temperature detection Stable performance under varying temperature conditions For applications requiring waterproof protection or extreme environments, customized solutions are available. More: https://www.egn-tech.com/

Triple-umbrella type glass insulator is the high-end subcategory of anti- pollution glass insulators. It adopts a progressive design with three layers of umbrella skirts, featuring an extremely high creepage ratio and excellent anti- pollution flashover capability. It is specifically developed for extremely harsh transmission scenarios such as severe pollution, high salt spray, and repeated icing. It is the core insulating component for 750kV and 1000kV ultra- high voltage lines. Core structure and design features The three-layer umbrella skirt gradient configuration adopts a design of large umbrella + medium umbrella + small umbrella, with the largest diameter of the upper layer umbrella and the widest outward angle, which can effectively shield the middle and lower layers of umbrella skirts, blocking most of the dust, salt spray, condensation, etc. of pollution; the middle layer umbrella skirt takes on the protection of the large umbrella, further dispersing wind pressure and icing loads; the lower layer small umbrella is compactly arranged, maximizing the extension of the creepage path. The edges of all umbrella skirts are rounded and treated with anti-electrode discharge, reducing corona loss and radio interference, and improving the self-cleaning efficiency when washed by rainwater, reducing the residue of pollution.

Double-umbrella type glass insulator is the mainstream subcategory of anti- pollution glass insulators. With its differentiated design featuring double umbrella skirts, it takes into account anti-pollution flashover, self-cleaning ability, and mechanical stability, and is suitable for complex transmission scenarios such as medium and severe pollution, damp and foggy conditions. It is commonly used in industrial pollution areas and coastal salt spray areas. 1) Core structure and design features The double umbrella skirt configuration adopts a combination design of large umbrella and small umbrella. The upper large umbrella has a larger diameter and a larger outward angle of the umbrella skirt, which can effectively shield the lower small umbrella and reduce the adhesion of dust, salt fog, bird droppings, etc.; the lower small umbrella is compactly arranged, significantly extending the creepage distance and enhancing the insulation performance. The edges of the umbrella skirts are all rounded for corner treatment, reducing corona loss and enhancing the self-cleaning effect during rain washing.

Compared to ordinary insulators, aerodynamic insulators are designed with aerodynamic characteristics in mind to enhance their stability and performance under external conditions such as wind. Furthermore, aerodynamic insulators play a crucial role in power transmission, providing insulation and support to ensure the safe operation of power systems. The Aerodynamic Suspension Disc Insulator from Weixiao is a high- performance glass insulator engineered for modern power transmission networks. Designed with aerodynamic principles, this insulator reduces wind-induced vibration and minimizes mechanical stress on transmission lines, ensuring reliability and longevity. 

Pollution-resistant glass insulators are insulators specifically designed for polluted environments. This product utilizes a special umbrella-like structural design (such as open skirts) to improve creepage distance, slow down dirt accumulation, and enhance self-cleaning performance. It is primarily used in industrial dust environments, chemical industries, saline-alkali areas, and coastal areas with multiple pollution sources. Anti Pollution Disc Glass Insulator Applications Transmission lines in industrial pollution-intensive areas such as chemical, metallurgical, and coal mining industries

The glass disc suspension insulator is a foundational component within the broader category of glass electrical insulators, designed to provide reliable insulation and mechanical support for conductors in power transmission lines. The standard type is engineered for general transmission environments, offering a balanced combination of electrical insulation, mechanical strength, and economic efficiency. Each unit is capable of withstanding working voltages, overvoltage effects, and the vertical, horizontal, and tension loads of conductors.