Product Details
Place of Origin: Hefei Anhui China
Brand Name: FeiChun™
Certification: International Electrical Commission (IEC) standards
Model Number: Earth LSZH Zero Halogen Low Smoke Cable
Payment & Shipping Terms
Minimum Order Quantity: 800 M
Price: 10-30 USD per meter, price varies according to specifications
Packaging Details: Cable Reels or Packaging Bags
Delivery Time: 15-30 Days
Payment Terms: T/T or Western Union
Supply Ability: 12,000 meters per week
High Electrical Conductivity: |
Maintains Excellent Electrical Conductivity |
High Mechanical Strength: |
Exhibits High Mechanical Strength |
RoHS Compliant: |
Adheres To RoHS Environmental Standards |
Flame Resistant: |
Exhibits Excellent Resistance To Flames |
High Flexibility: |
Exhibits Flexibility In Various Applications |
Wide Temperature Range: |
Operates Effectively Across Diverse Temperatures |
Eco-Friendly: |
Engineered With Environmentally Conscious Materials |
Long Lifespan: |
Offers A Long Lifespan In Various Applications |
High Electrical Conductivity: |
Maintains Excellent Electrical Conductivity |
High Mechanical Strength: |
Exhibits High Mechanical Strength |
RoHS Compliant: |
Adheres To RoHS Environmental Standards |
Flame Resistant: |
Exhibits Excellent Resistance To Flames |
High Flexibility: |
Exhibits Flexibility In Various Applications |
Wide Temperature Range: |
Operates Effectively Across Diverse Temperatures |
Eco-Friendly: |
Engineered With Environmentally Conscious Materials |
Long Lifespan: |
Offers A Long Lifespan In Various Applications |
In modern infrastructure projects, the importance of safe, reliable, and environmentally friendly electrical components cannot be overstated. When it comes to electrical cabling, safety and sustainability are critical.
That’s where Earth LSZH (Low Smoke Zero Halogen) cables shine, offering a grounding solution that is both non-toxic and fire-retardant.
These cables are essential for a variety of infrastructure projects such as civil engineering, power substations, industrial plants, transportation hubs, and data centers, ensuring safe and reliable earthing in the event of electrical faults.
In this article, we’ll explore what Earth LSZH Zero Halogen Low Smoke Cables are, their benefits, and how they play a critical role in infrastructure projects.
Along the way, we’ll break down some of the essential technical aspects, features, and applications of these cables to provide a comprehensive guide for professionals in the construction and engineering sectors.
Earth LSZH cables, also known as Low Smoke Zero Halogen grounding conductors, are specially designed to ensure grounding (earthing) in electrical systems while prioritizing safety.
In the case of an electrical fault, these cables safely direct excess electrical currents to the ground, protecting both equipment and people.
What sets LSZH cables apart from traditional cables is their halogen-free composition, which means they emit minimal smoke and no toxic gases when exposed to fire.
This makes them safer for use in enclosed spaces and densely populated areas, reducing risks to human life and minimizing damage to equipment.
Benefit | Description |
---|---|
Low Smoke Emission | Releases minimal smoke during a fire, allowing better visibility for evacuation. |
Halogen-Free | No harmful halogens are released, ensuring safety in enclosed areas. |
Non-Toxic | Reduces the emission of corrosive gases, protecting both people and sensitive equipment. |
Fire Resistance | Excellent flame retardant properties slow down the spread of fire. |
Eco-Friendly | Environmentally friendly materials ensure sustainable use in modern infrastructure projects. |
Durability | Highly resistant to heat, abrasion, and chemicals, ensuring long-term performance. |
Infrastructure projects require robust, safe, and long-lasting materials, especially when it comes to electrical systems.
Using Earth LSZH cables for grounding provides an extra layer of protection in the event of electrical surges or faults, ensuring the safety of the building, its equipment, and its occupants.
These cables are widely used in various sectors of infrastructure including:
Power substations that supply electricity to large cities and industrial areas.
Data centers that require reliable and safe power grounding to protect critical systems.
Transportation hubs such as airports and railway stations where fire safety and durability are essential.
Industrial plants that deal with high-power equipment and hazardous environments, making safety a top priority.
Feature | LSZH Earth Cable | Traditional PVC Grounding Cable |
---|---|---|
Smoke Emission | Minimal smoke emission | High smoke emission during a fire |
Toxic Gas Emission | No halogens, non-toxic | Releases harmful halogen gases |
Fire Resistance | Superior flame-retardant properties | Moderate flame resistance |
Eco-Friendly | Yes, made from environmentally friendly materials | No, made from less sustainable materials |
Durability | High resistance to heat, abrasion, and chemicals | Susceptible to heat and chemical degradation |
One of the key selling points of Earth LSZH cables is their sustainable and eco-friendly nature. In today’s world, many governments and businesses are pushing for green building practices and striving to reduce their environmental footprint.
Low Smoke Zero Halogen (LSZH) grounding cables help achieve these goals by:
Using non-toxic materials that don't release harmful halogens when burned.
Reducing smoke emissions in the event of a fire, making them safer for civil engineering projects and infrastructure.
Complying with strict environmental and safety standards, which are becoming more common in construction and building regulations around the world.
In power substations, grounding cables are critical for ensuring the safety of electrical systems.
Earth LSZH cables provide a reliable grounding system that minimizes the risk of fire while maintaining safe and efficient energy distribution. Their flame-retardant and non-toxic properties make them ideal for use in such high-risk environments.
Data centers house sensitive IT infrastructure that requires protection from electrical faults. A reliable grounding system is crucial to avoid damage to servers and data.
LSZH Earth cables help to ensure that these systems are safeguarded, even in the event of an electrical fault or fire, by emitting minimal smoke and toxic gases.
In industrial settings where heavy machinery and high power are involved, the risks of electrical faults are high.
Earth LSZH grounding cables provide added protection by reducing fire risks and offering high durability in the face of abrasion, heat, and chemical exposure.
Airports, train stations, and bus terminals require cables that ensure passenger safety while complying with environmental and fire safety standards.
Earth LSZH cables are commonly used in these settings to reduce the potential for smoke and toxic fumes during a fire, which is critical for large public spaces.
Characteristic | Performance |
---|---|
Operating Temperature | Up to 90°C in normal conditions, withstands higher temperatures in case of fire |
Smoke Density | < 60%, ensuring visibility during emergencies |
Halogen Content | 0%, ensuring no toxic gas emissions during a fire |
Flame Retardancy | Passes IEC 60332-3 flame test, slows down flame spread |
Mechanical Strength | High resistance to abrasion and mechanical damage |
UV and Chemical Resistance | Designed to withstand harsh environmental conditions |
LSZH cables are made without halogenated materials, which means they do not release toxic gases like hydrogen chloride or dioxins when burned. Additionally, they emit less smoke, improving visibility and reducing health hazards during a fire. This makes them safer for people and better for the environment.
Yes, Earth LSZH cables are highly versatile and can be used in a wide variety of infrastructure projects, from power substations to civil engineering projects like tunnels and bridges. They are particularly beneficial in areas where fire safety and environmental responsibility are a priority.
Yes, LSZH cables can be slightly more expensive due to their specialized materials and manufacturing process. However, the safety, durability, and eco-friendly benefits they offer make them a worthwhile investment, especially in infrastructure projects where fire safety is critical.
For large-scale infrastructure projects, custom LSZH grounding cables can be designed to meet specific needs. Whether you need high-temperature resistance, flexibility, or additional mechanical protection, our team can create the perfect solution for your project.
By choosing custom LSZH grounding cables, you can ensure that your civil engineering or construction project complies with safety and environmental regulations while providing maximum performance.
Choosing Earth LSZH Zero Halogen Low Smoke cables for infrastructure projects is not just about meeting fire safety regulations—it’s about creating safer, more sustainable environments.
These cables offer excellent fire resistance, non-toxic properties, and long-lasting durability, making them the ideal choice for modern civil engineering and construction projects.
Whether you're working on a power substation, a data center, or a public transportation hub, using LSZH cables ensures that you're prioritizing safety while minimizing your environmental footprint. Explore custom LSZH cable solutions to meet the unique demands of your next infrastructure project, and join the movement toward a safer, greener future.
For more information or to discuss your project needs, contact our team today and discover how Earth LSZH cables can make a difference in your next infrastructure project!
Note: This is just part of the standard parameters of our products. Please contact our Engineer if you need more. And the information contained within this webpage is for guidance only and is subject to change without notice or liability. All dimensions and specifications are nominal and are subject to normal manufacturing tolerances. All pictures shown are for illustration purposes only. The actual product may vary. All the information is provided in good faith and is believed to be correct at the time of publication.