T1 T2 TP1 TP2 C1100 C1200 Tin Plated Copper Ground Bar 99.9%

Product Specification

Good Workability Copper Grounding Bus Bar - High-Quality Copper Processing Materials

Product Description:

Our Good Workability Copper Grounding Bus Bar is a premium copper processing material designed for use in a wide range of electrical applications. Known for its high mechanical strength, excellent electrical conductivity, and superior thermal conductivity, this copper bus bar is a key component in power transmission and distribution systems. Offering exceptional corrosion resistance, electroplating capabilities, and good brazing properties, our copper bus bars are manufactured to meet international standards. Whether used in electrical equipment or power plants, this product ensures reliable performance and durability.

Manufactured from 99.9% pure copper or 99.99% OFC copper, the bus bar guarantees optimal conductivity, with a minimum conductivity of 97% IACS in half-hard form, and over 99.95% in annealed form. This copper busbar is engineered to be corrosion-resistant and can be easily processed into various shapes and sizes, ensuring versatility in diverse applications.

Key Features:

High Mechanical Strength: Ideal for power transmission equipment and electrical applications.

Excellent Conductivity: With a conductivity of over 97% IACS (half-hard) and over 99.95% in annealed form.

Corrosion Resistance: Ensures long-lasting performance in harsh environments.

Superior Thermal Conductivity: Efficient heat transfer in electrical systems.

Easy to Process and Form: Good workability with options for customization in dimensions and shapes.

Eco-friendly and Sustainable: Manufactured with high-purity copper to minimize environmental impact.

Product Specifications:

Applications:

Power Transmission & Distribution: Ideal for use in substations, transformers, and switchgear.

Electrical Equipment: Used in the manufacturing of electrical components and devices.

Grounding Systems: Provides effective grounding for electrical circuits to prevent electrical hazards.

Industrial Equipment: Suitable for heavy-duty electrical machinery and industrial electrical systems.

How It Works:

The copper bus bar conducts electrical current efficiently while ensuring minimal loss of energy. Due to its high conductivity and thermal properties, it can handle large currents with little resistance, making it an ideal solution for power transmission systems. The corrosion resistance ensures that it remains effective and safe over long-term use, while its excellent workability allows it to be shaped into custom sizes and configurations for various applications.

Packaging and Shipping:

FAQ (Frequently Asked Questions):

Q1. Are you a manufacturer or a trader?

• We are a manufacturer, producing high-quality copper bus bars and other copper processing materials at our own factory.

Q2. Does your company support Trade Assurance orders?

• Yes, we support Trade Assurance orders, ensuring 100% product quality protection, 100% on-time shipment protection, and 100% payment protection.

Q3. Can we get samples of the product? Are there any charges?

• Yes, we offer available stock samples at no cost. If the samples are from a new production, we may charge a reasonable cost, which will be deducted from your first order.

Q4. How do we establish business relations with your company?

• Simply send us your requirements including size, coating information, parameters, quantity, and destination.

Q5. What is the Minimum Order Quantity (MOQ)?

• We accept small orders and are happy to work with you to meet your specific requirements.

Q6. What is your competitive advantage?

• Our company prides itself on high-quality products, efficient customer service, and an unwavering commitment to putting the customer first.

Q7. How long is the delivery time?

• We offer prompt delivery, or we can meet your delivery requirements as per your request.

Q8. What are your payment terms?

• We accept 30% TT in advance, with the balance payable against a copy of the B/L (Bill of Lading).