0.15-0.5 mm Electroplating Flat Bar Grounding Conductor for Lightning Protection Grounding

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نموذج للطلب

وصف المنتج

المعلومات الأساسية

نموذج رقم شريط مسطح من الفولاذ المربوط بالنحاس للأرضيّة
تطبيق المباني الشاهقة
التأريض الطريقة طريقة التأريض مباشرة
مادة فولاذ مُثبَّت بالنحاس
رمز تكنولوجيا المعلومات
شهادة CCC, ISO9001 (نعمل بموجب المعايير الدولية ISO9001, بنفايات)
حجم كبير
اسم المنتج شريط مسطح من الفولاذ المربوط بالنحاس للأرضيّة
نوع المنتج شريط تأريض مسطح
سُمك الطبقة النحاسية قابل للتخصيص، بما في ذلك خيارات قائمة على المشاريع
الأبعاد الشائعة 25X4mm, 30X3mm, 30X5mm, 40X4mm, 50X5mm, 50X6mm
العرض قابل للتخصيص
السمك قابل للتخصيص
الطول أطوال قياسية ومخصصة متاحة
طلب لـ تأريض محطة الطاقة، تأريض صناعي
التغليف تتوفر تعبئة للتصدير
حد أدنى للطلب / تسليم متوفر عند الطلب
حزمة النقل تعبئة قياسية أو مخصصة
تخصيص المواصفات القياسية أو المخصصة
القدرة الإنتاجية 500000 طن متري / شهر

Product Specifications

Electroplating Flat Bar Grounding Conductor

COPPER BONDED STEEL GROUNDING FLAT BAR FOR SUBSTATION, SOLAR FARM, AND INDUSTRIAL EARTHING

Engineered for buried grounding networks with stable conductivity, strong corrosion resistance, and customizable dimensions.

  • Stable conductivity for long-term grounding performance
  • Copper bonded steel structure for strength and durability
  • Custom width, thickness, length, and copper layer options
  • Suitable for substations, solar farms, rail transit, and industrial grounding systems

QUICK OVERVIEW OF COPPER BONDED STEEL GROUNDING FLAT BAR

Copper bonded steel grounding flat bar is a grounding conductor designed for buried earthing networks that require reliable conductivity, mechanical strength, and practical cost control. It is commonly used in substations, solar farms, power plants, industrial grounding systems, and rail transit grounding projects. Common dimensions such as 25 x 4 mm, 30 x 5 mm, 40 x 4 mm, and 50 x 5 mm are often considered in project procurement, while custom width, thickness, length, and copper layer options can also be discussed.

What is it? A grounding conductor for buried earthing systems requiring stable conductivity and strong mechanical support.
Where is it used? Substation grounding, solar farm earthing, industrial grounding, power plant grounding, and rail transit grounding.
What sizes are common? 25 x 4 mm, 30 x 5 mm, 40 x 4 mm, 50 x 5 mm, and other custom options.
Why do buyers choose it? Because it offers a balanced solution between conductivity, durability, and project cost.
Flat Bar Grounding Conductor Detail 1 Flat Bar Grounding Conductor Detail 2

COMMON CHALLENGES IN GROUNDING MATERIAL PROCUREMENT

For grounding projects, buyers often need to balance conductivity, buried service life, mechanical strength, and budget. In practice, the challenge is not only choosing a conductor, but choosing one that fits the actual project environment and procurement target.

  • GROUNDING MATERIALS IN BURIED SYSTEMS FACE LONG-TERM CORROSION RISK: In humid soil, outdoor infrastructure, or large buried grounding grids, material durability directly affects long-term system reliability.
  • PURE COPPER SOLUTIONS MAY INCREASE PROJECT COST SIGNIFICANTLY: For large-scale grounding networks, buyers often need a more practical material solution instead of selecting only the highest-cost material option.
  • DIFFERENT PROJECTS NEED DIFFERENT WIDTH, THICKNESS, AND LENGTH COMBINATIONS: Standard dimensions may not always match actual grounding layout, installation preference, or engineering requirements.
  • BUYERS OFTEN WORRY ABOUT INCONSISTENT DIMENSIONS, PACKING, AND DELIVERY SUPPORT: For export and engineering orders, stable specification control and clear order communication are critical.

WHY COPPER BONDED STEEL GROUNDING FLAT BAR IS A PRACTICAL PROJECT SOLUTION

Copper bonded steel grounding flat bar is often selected in projects where buyers need a practical balance between electrical performance, structural strength, buried durability, and procurement cost. Compared with choosing materials only by conductivity or only by price, this product is more often considered as a project-based grounding solution for medium- and large-scale applications.

  • Balanced conductivity and structural strength
  • Suitable for buried grounding layouts
  • Custom dimensions for project matching
  • Practical choice for cost-controlled engineering procurement
Copper Bonded Steel Grounding Performance

TYPICAL APPLICATIONS OF COPPER BONDED STEEL GROUNDING FLAT BAR

Copper bonded steel grounding flat bar is widely used in projects that require stable conductivity, mechanical strength, and long-term grounding reliability. It is especially suitable for buried grounding networks in power infrastructure, renewable energy systems, industrial facilities, and transportation projects.

Substation Grounding
Substation grounding projects require grounding conductors with reliable long-term performance, good corrosion resistance, and stable dimensional consistency. Copper bonded steel grounding flat bar is commonly used in buried grounding grids for electrical substations and distribution facilities.

Solar Farm Earthing
Solar farm earthing systems often cover large installation areas and require grounding materials that balance conductivity, durability, and cost efficiency. Copper bonded steel flat bar is suitable for photovoltaic grounding networks, inverter grounding, and supporting buried earthing layouts.

Power Plant Grounding
Power plant grounding systems demand dependable grounding conductors for complex electrical infrastructure and long service life expectations. Copper bonded steel grounding flat bar is often selected for grounding grids, equipment earthing, and power distribution grounding networks.

Industrial Grounding Systems
Industrial grounding systems need conductors that can perform in demanding environments while supporting different installation layouts and project sizes. Copper bonded steel grounding flat bar is widely used in factories, process plants, and industrial grounding grids where cost control and durability both matter.

Rail Transit Grounding
Rail transit grounding applications require consistent conductor performance for signaling systems, power supply infrastructure, and safety grounding networks. Copper bonded steel flat bar can be used in rail transit grounding layouts where mechanical stability and long-term buried performance are important.

Lightning Protection Grounding
Lightning protection grounding systems require dependable current dissipation paths and durable buried conductors for long-term system stability. Copper bonded steel grounding flat bar is suitable for grounding networks used in industrial lightning protection, building grounding, and infrastructure protection projects.

Installation of Grounding Flat Bar 1 Installation of Grounding Flat Bar 2

COPPER BONDED STEEL STRUCTURE AND GROUNDING PERFORMANCE

Copper bonded steel grounding flat bar combines the conductivity advantage of copper-based grounding material with the structural strength of steel. This material structure makes it suitable for buried grounding systems where buyers need both electrical grounding performance and practical mechanical support in project installation.

  • Copper layer for grounding conductivity
  • Steel core for structural strength
  • Flat bar form for grounding network layout
  • Suitable for buried and large-area grounding use

TECHNICAL SPECIFICATIONS OF COPPER BONDED STEEL GROUNDING FLAT BAR

The following specifications show common project dimensions and material options for copper bonded steel grounding flat bar. Custom width, thickness, length, and copper layer requirements can be discussed based on application needs.

Item Details
Product Name Copper Bonded Steel Grounding Flat Bar
Material Copper Bonded Steel
Product Type Grounding Flat Bar / Grounding Strip
Copper Layer Thickness Customizable, including project-based options
Common Dimensions 25 x 4 mm, 30 x 3 mm, 30 x 5 mm, 40 x 4 mm, 50 x 5 mm, 50 x 6 mm
Width Customizable
Thickness Customizable
Length Standard and custom lengths available
Application Substation grounding, solar farm earthing, power plant grounding, industrial grounding, rail transit grounding
Customization Width, thickness, length, and copper layer support
Packing Export packing available
MOQ / Delivery Available upon request

WHY CHOOSE COPPER BONDED STEEL GROUNDING FLAT BAR FOR GROUNDING PROJECTS

Different grounding projects require different material priorities. Some buyers focus on conductivity, some focus on cost control, and others need a better balance between durability, mechanical strength, and buried service life. Copper bonded steel grounding flat bar is often selected when projects require a practical balance between electrical performance and total project cost.

Comparison Item Copper Bonded Steel Grounding Flat Bar Pure Copper Grounding Strip Galvanized Steel Grounding Strip
Conductivity Good and stable for most grounding projects Very high Lower than copper-based materials
Corrosion Resistance Good for buried grounding applications Very good Moderate, depends on environment
Mechanical Strength Strong Softer than steel-based materials Strong
Cost Efficiency Balanced for large project procurement Higher material cost Lower initial cost
Suitable for Large Networks Yes Yes, but budget-sensitive Yes, depending on project requirement
Buried Service Performance Good balance of durability and cost Good May require more environment-based evaluation
Customization Flexibility Width, thickness, length, and copper layer support Available Available
Typical Buyer Preference Cost-performance balance Maximum conductivity priority Lower budget projects

HOW TO CHOOSE COPPER BONDED STEEL GROUNDING FLAT BAR FOR YOUR PROJECT

Selecting the right copper bonded steel grounding flat bar depends on project type, grounding layout, installation environment, and required dimensions. Buyers usually compare width, thickness, copper layer options, and application conditions before confirming the most suitable specification.

  • CHOOSE BASED ON PROJECT TYPE: Different projects usually require different grounding priorities. Substation grounding, solar farm earthing, industrial grounding grids, and rail transit grounding may vary in conductor layout, grounding area, and installation requirements.
  • CHOOSE BASED ON WIDTH AND THICKNESS: Width and thickness are important for matching grounding layout, conductor path design, and installation preference. Common dimensions such as 25 x 4 mm, 30 x 5 mm, 40 x 4 mm, and 50 x 5 mm are often used in project procurement.
  • CHOOSE BASED ON INSTALLATION ENVIRONMENT: Buried grounding systems, humid soil conditions, industrial environments, and large outdoor projects may require different material considerations. Buyers often pay more attention to durability and long-term buried performance in demanding environments.
  • CHOOSE BASED ON CUSTOMER REQUIREMENT: For many engineering projects, standard dimensions may not always match the actual grounding layout. In these cases, buyers may need custom width, thickness, length, or copper layer options.

In practical procurement, buyers usually do not select a grounding flat bar by dimension alone. A suitable choice is normally based on project application, installation environment, grounding layout, and expected service performance.

Quality Control Manufacturing 1 Quality Control Manufacturing 2 Quality Control Manufacturing 3 Quality Control Manufacturing 4

MANUFACTURING AND QUALITY CONTROL FOR COPPER BONDED STEEL GROUNDING FLAT BAR

For engineering and export projects, buyers usually pay attention not only to specifications but also to production consistency, inspection support, packing quality, and delivery reliability. Clear manufacturing control and stable quality management are important for grounding material procurement.

  • PRODUCTION BASED ON PROJECT SPECIFICATIONS: Orders are usually produced according to agreed dimensions, material structure, and project-based requirements. Width, thickness, length, and copper layer options can be discussed before production.
  • DIMENSIONAL CONSISTENCY AND ORDER MATCHING: Stable production control helps buyers reduce adjustment work during project installation and material preparation.
  • INSPECTION SUPPORT BEFORE SHIPMENT: Before shipment, buyers may require confirmation of key order details such as dimensions, quantity, packing, and visible product condition.
  • EXPORT PACKING AND DELIVERY PREPARATION: Suitable export packing helps protect the product's condition during transport and supports smoother overseas delivery handling.
  • SUPPORT FOR CUSTOM ORDERS AND PROJECT COMMUNICATION: For non-standard project requirements, buyers may need support in confirming special dimensions, order combinations, or matching grounding accessories.
Packaging Grounding Flat Bar 1 Packaging Grounding Flat Bar 2

SEND YOUR REQUIRED SIZE AND GET A FASTER QUOTATION

For a faster quotation and more accurate recommendation, buyers are welcome to send required dimensions, estimated quantity, project type, and application details. If your project needs custom width, thickness, copper layer, or matching grounding accessories, these can also be discussed together.

  • Send your required size: Width, thickness, length, or common project dimensions can be shared directly for quotation.
  • Share your application scenario: Substation grounding, solar farm earthing, industrial grounding, rail transit grounding, and other project uses can help us suggest a more suitable option.
  • Ask for custom or matching support: If you need custom dimensions, copper layer options, or related grounding accessories, these can be confirmed together before order discussion.

Support Note: Custom dimensions, export packing, and project-based grounding support can be discussed according to actual order needs.

Looking for copper bonded steel grounding flat bar for your next grounding project? Send your required size, application, or destination market for quotation and recommendation.

الأسئلة الشائعة حول شريط التأريض الفولاذي المربوط بالنحاس

س1: ما هي استخدامات شريط التأريض المسطح من الفولاذ المربوط بالنحاس؟

يستخدم بشكل أساسي في شبكات التأريض المدفونة، وتأريض المحطات الفرعية، وتأريض مزارع الطاقة الشمسية، وأنظمة التأريض الصناعية، وتأريض النقل بالسكك الحديدية، ومشاريع الحماية من الصواعق.

س2: هل يمكن تخصيص العرض والسمك والطول وفقًا لمتطلبات المشروع؟

نعم، يمكننا تصنيع وتخصيص الأبعاد بما في ذلك العرض، والسمك، والطول، وسُمك الطبقة النحاسية بناءً على متطلبات المشروع المحددة وبيئة التطبيق.

س3: ما هي الأبعاد الشائعة المتوفرة لهذا المنتج؟

الأبعاد الشائعة تشمل: 25 × 4 مم، 30 × 3 مم، 30 × 5 مم، 40 × 4 مم، 50 × 5 مم، و50 × 6 مم. كما تتوفر خيارات مخصصة أخرى حسب الطلب.

س4: هل هذا الشريط مناسب لأنظمة التأريض المدفونة مباشرة في التربة؟

نعم، إنه مصمم خصيصًا للتأريض المدفون مباشرة، حيث يوفر متانة عالية ومقاومة ممتازة للتآكل في التربة الرطبة أو القاسية مع الحفاظ على توصيلية كهربائية مستقرة.

س5: كيف يقارن هذا المنتج بشريط التأريض المصنوع من النحاس النقي؟

يوفر النحاس النقي توصيلية أعلى ولكنه أعلى تكلفة وأقل صلابة من الناحية الميكانيكية. بينما يوفر الفولاذ المربوط بالنحاس حلاً متوازناً يجمع بين متانة الفولاذ الهيكلية ومقاومة النحاس للتآكل بتكلفة اقتصادية ملائمة للمشاريع الكبرى.

س6: ما هي الصناعات الأكثر استخداماً لهذا المنتج؟

يستخدم هذا المنتج بشكل واسع في محطات توليد الكهرباء، ومزارع الطاقة الشمسية الكهروضوئية، والمصانع والمرافق الصناعية، ومشاريع السكك الحديدية والمترو، بالإضافة إلى شبكات الحماية من الصواعق للمباني الشاهقة.

منتجات ذات صلة