Grounding Enhancement Material

Products instruction:
Long-acting anti-corrosion physical drag reduction agent, which is a physical environmental protection drag reduction agent, is composed of high-molecular water-absorbing materials, electronic conductive materials, ion conductors and other materials. High-quality soil environmental standards. The value is stable and the life is longer.

Performance characteristics:

Resistance-reducing performance stabilizer: the type of soil and climate do not affect the product's resistance-reducing effect, and the resistance-reducing rate can reach 60% -90%;

1. Protecting the grounding body: after applying the agent around the grounding body according to the design requirements, the leakage cross section of the grounding body is effectively expanded and the grounding body is fully protected from premature erosion by the active substances in the soil during use, extending the precipitation of the grounding body ;

2. Good breakdown performance: it can simultaneously assist the grounding body to reduce the power frequency resistance and impact resistance, and further protect the grounding body;

3. Voltage equalization effect: By increasing the effective cross section of the grounding body, a good voltage equalization effect is formed, and the harm of the step voltage to the human body and equipment is reduced;

4. Safe and reliable: The J-type high-efficiency drag reducing agent does not contain lead, rare earth and other harmful and toxic elements, and the processing and use process will not pollute the surrounding soil and environment.

Construction method:

Vertical grounding electrode installation: excavate a hole with a diameter of 100-200mm deep (well), the depth of the well should be 50-100mm longer than the grounding electrode. Fill a small amount of resistance-reducing agent into the hole, and then put the grounding electrode (try to stand in the center of the hole), then continue to fill the resistance-reducing agent until the grounding electrode is covered, and then backfill the fine soil.

1. Installation of the grounding electrode: excavate a trapezoidal ditch with a depth of 0.65 meters, the bottom of the ditch is about 0.1-0.3 meters wide, slightly longer than the grounding electrode. First lay a part of the resistance-reducing agent on the bottom of the ditch, then put the grounding electrode in, and continue to lay the resistance-reducing agent until the grounding electrode is covered, and then backfill the fine soil.

2. The ratio of material and water is 1: 0.8, and the mixing is even. If conditions permit, a mixer can be used to mix for about 10 minutes.

3. The agent should be added to the ground electrode, which is very important.

4. After the surface of the retarder has basically solidified, first fill a layer of fine soil. When backfilling, the backfill should be backfilled from the edge of the trench to the center, and then the original soil can be backfilled and tamped.

Production Application:

1. Power plant, substation and transmission line pole tower grounding device.

2. Lightning protection and grounding of military installations such as missiles, rocket launchers, and radar.

3. Lightning protection grounding of oil storage tanks such as petroleum, natural gas, and gas.

4. Radio and television transmission tower, microwave tower and communication line grounding device.

5. Protective grounding and working grounding for weak current equipment such as computers and laser imagesetters.

6. In the electrical grounding of chemical textile, medical and health, cultural education, publishing and printing industries.

Construction amount of use: