Chemical Earthing Compound

Name: Chemical Earthing Compound
Brand: ZARAL ELECTRICALS
Price: 1900.00 INR
Availability: InStock

Price 1900.00 INR/ Piece

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MOQ : 10 Pieces

Chemical Earthing Compound Specification

Product Type
Earthing Compound

Material
Copper Bonded Steel

Application
It is applied at homes, office, solar power plant, etc.

Function
To provide low resistance path in ground to any fault and leakage currents as well as to ensure smooth flow of the ground dissipation.

Chemical Earthing Compound Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
40 Pieces Per Day

Delivery Time
3-4 Days

Sample Available
Yes

Sample Policy
Free samples are available

Packaging Details
Bundle

Main Domestic Market
All India

About Chemical Earthing Compound

Being a customer driven association, we are homogeneously enjoyed assembling, supplying a wide exhibit of Chemical Earthing Compound. Our cathodes are planned utilizing high-review metal combinations and structure of a few natural chemicals in adherence with global quality standards. Offered cathodes experience stringent quality testing with our in-house testing offices relating to organization periodical. Accessible in changed outlines, examples and determinations; our anodes are convenient in shielding the people from caving in the event of spillage current.

Features of Chemical Earth Compound:

Long service life
Simple design
Enhanced durability
Different sizes
Sturdy construction
Solid performance

Specification

Country of Origin	Made in India
Usage/Application	Commerical
Physical State	Powder
Grade Standard	Technical Grade
Brand	Zaral
Packaging Type	Bag
Packaging Size	25 Kg

Versatile Earthing Across Multiple Sectors

This Chemical Earthing Compound is ideal for installation in homes, offices, and solar power plants. Its robust performance ensures effective grounding wherever safety and electrical protection are critical. Suitable for diverse environments, the compound is tailored for both indoor and outdoor applications, seamlessly fitting the needs of residential, commercial, and renewable energy projects.

Enhanced Safety and Durability

Crafted with copper bonded steel, our compound offers both strength and long-term conductivity. It minimizes resistance, guaranteeing prompt dissipation of fault and leakage currents. This results in reduced risk of electrical accidents, improved safety of installations, and extended equipment life. Its chemical stability allows performance even in challenging soil conditions.

FAQs of Chemical Earthing Compound:

Q: How is the Chemical Earthing Compound applied during installation?

A: The compound is installed by filling it around the earthing electrode in a dug pit. It requires water mixing to activate its properties, ensuring optimal contact and conductivity with the electrode and surrounding soil.

Q: What primary function does the Chemical Earthing Compound serve?

A: Its main function is to provide a low-resistance pathway in the ground for electrical fault and leakage currents, ensuring quick and reliable dissipation into the earth to protect infrastructure and occupants.

Q: When should Chemical Earthing Compound be used for earthing systems?

A: Use the compound whenever a reliable and long-lasting earthing system is required, especially during new installations or upgrades at homes, offices, solar power plants, and other critical facilities.

Q: Where can this Chemical Earthing Compound be effectively utilized?

A: It is suitable for residential buildings, commercial offices, solar energy sites, and industrial environments, adapting well to different soil types and climates across India and beyond.

Q: What is the process for using the Chemical Earthing Compound in earthing setups?

A: After placing a copper bonded steel electrode in the prepared earth pit, the compound is poured around and above the electrode, followed by adequate watering. This ensures even distribution and maximizes earth contact.

Q: What benefits does the compound offer over conventional earthing materials?

A: Compared to traditional options, it delivers lower earth resistance, superior moisture retention, long service life, and consistent grounding performancecritical for modern electrical safety standards.

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