Copper wall 1000ml

Production index: Cu≥50g/L、Mn≥2g/L、Zn≥48g/L、 Amino acid ≥ 170g/L, iodine ≥ 1.5g/L

Dilution: 1500-2000 times specific gravity 1:1.20 pH: 5-6 (1:250)


Product Features:

Drip irrigation and spraying

Multiple organic acid chelates, excellent compatibility, and can be mixed with both sexes

Multiple valence states exist in various forms, with both rapid and sustained release, film formation and internal absorption

Mineral wax wraps new materials to enhance safety and reduce crop toxicity

Timely supplementation of trace elements to assist in the scab formation and recovery of crop injuries and lesions.

Free organic matter uptake helps restore the health and vitality of green leaves in crops.


Mechanism of action:

Quickly repair crop wounds.

Breaking down bacterial resistance and strengthening collaboration with pesticides.

Inhibiting cell wall mucin synthase, hindering cell wall mucin synthesis, causing bacterial cell defects, bacterial swelling, resulting in changes in cytoplasmic osmotic pressure and cell lysis.

Inhibit the germination and invasion of bacterial spores, and disrupt the activity of various enzymes required for bacterial physiological metabolism.

Direct interaction between bacterial outer membranes can cause rupture of the bacterial outer membrane; Afterwards, acting on the bacterial outer membrane can cause certain enzymes to denature and decompose, causing cells to lose necessary nutrients and water, thereby disrupting their metabolism and ultimately shrinking.

Increase the absorption of carbon dioxide, induce the activation of the crop's own immune system, regulate environmental pressure on crops, and promote crop growth.

Reducing the adverse reactions of phosphorus and calcium has better compatibility, enhances the stability of nutrients, and provides more prominent protection for the 2+state of medium and trace elements.


Technological process:

1. Explanation of Process Name:

A、 The formal and trans chemical properties of substances:

The cis trans isomers have the same functional groups and basic chemical properties, but due to some reactions being related to the relative positions of atoms or atomic groups in space, the reaction rates also differ.

For example, the two carboxyl groups of maleic acid are located on the same side of the double bond and are relatively close, making it prone to dehydration reaction. The two carboxyl groups of fumaric acid are far apart on opposite sides of the double bond and do not react at the same temperature. But if heated to a higher temperature, the trans form first transforms into the cis form and then dehydrates to form acid anhydride.

For example, when two isomers of crotonic acid are esterified with methanol, the esterification rate of trans crotonic acid is faster because the trans methyl and carboxyl groups are on opposite sides of the double bond, resulting in less steric hindrance and easy esterification. The methyl and carboxyl groups of cis coumaric acid are located on the same side of the double bond, with significant steric hindrance and difficulty in esterification.

The lipid coating process in the name is the result of the application of trans.

B、 The rough process involving technical confidentiality in this process:

By the name, we can see that this product is chelated through the trans reaction esterification of substances with various organic acids. Among them, organic acids may be amino acids, acetic acid, acetic acid, DTPA acid, and other substances that physically react with alkaline copper substances. After the reaction is completed, the target product is obtained by adding nanoscale trivalent copper substances for esterification coating. The general principle of technology confidentiality involved is as follows.

2. What can this process product bring:

1. It can achieve the self stability of the product.

2. Can achieve relative stability of product barrel mixing.

3. Can achieve the quick effect of the product.

4. It can achieve a certain degree of sustained release of the product.

5. It can improve the application effect of the product.

6. It can effectively reduce and prevent side effects when the product has a high multiplier effect on application.


Usage plan:

Suitable for melons and vegetables that are insensitive to copper ions, it can prevent and control various fungal and bacterial diseases. In production, it is mainly used to prevent and control tomato late blight, bacterial ulcer disease, pepper blight, downy mildew, scab disease, cucumber downy mildew, bacterial leaf spot disease, watermelon anthracnose, bacterial fruit spot disease, etc.

1. Tomatoes

During prevention and control, spraying can be started when the disease spots first appear in the field, with spraying every 7 days for 2-3 consecutive times. Can be used interchangeably with therapeutic fungicides for better results. During prevention and treatment, the medicine can be sprayed once before and after each pruning, or applied to the wound after pruning. Dilute 30-50ml of water, mix well and spray.

2. Chili pepper

When preventing and treating pepper blight, downy mildew, and scab disease, spraying can be started at the first appearance of the disease spot, every 7 days or so, for 2-3 consecutive sprays. Dilution water 40-60ml spray. It should be noted that alternating with corresponding therapeutic fungicides yields better results, and when preventing and controlling diseases, it is important to focus on spraying the middle and lower parts of plants.

3. Cucumber

When preventing and controlling cucumber downy mildew and bacterial leaf spot disease, it is necessary to focus on spraying the back of the leaves. Apply 40-50ml spray of mixed water. It can be used once every 7 days or alternately with corresponding therapeutic fungicides and sprayed continuously.

4. Watermelon

When preventing and controlling watermelon anthracnose and bacterial fruit spot disease, spraying can be carried out in the early stages of disease occurrence, with a focus on spraying the back of leaves for downy mildew and the surface of melons for bacterial fruit spot disease. Dilute and add 45-60ml spray water. Spray once every 7 days or so, 2-4 times continuously.

5. Melon

When preventing and controlling downy mildew, epidemic rot, and bacterial fruit rot, spraying should be started from the early stage of disease occurrence or the initial appearance of disease spots, once every 7 days, and 2-4 times in a row. When preventing and controlling downy mildew, focus on spraying the back of the leaves. When preventing and controlling epidemic rot, focus on spraying the entire surface of the melon and its vicinity to the ground. When preventing and controlling bacterial fruit rot, focus on spraying the surface of the melon. Dilute 45-60ml spray to water.

6. Potato

When preventing late blight, start spraying from the first appearance of disease spots in the field, once every 7-10 days, alternating with therapeutic fungicides, spraying 2-3 times in a row. Dilute and add 45-60ml of water to spray evenly.


Extensive usage:

◆ Leaf spray: 1500-1800 times liquid mixed with pesticides.

◆ Fly proof spray: 300 times of liquid mixed with pesticides.

Drip irrigation: 500ml -1000ml/666 square meters


Taboos on copper walls:

1. Cannot be mixed with alkaline pesticides.

2. Cannot be mixed with other metal ion agents.

3. Cannot be used in combination with emulsion based drugs and organophosphate insecticides

4. In addition, there is no need to use copper traditional Chinese medicine preparations after rainy days, as the efficacy is unstable and it is very easy to cause drug harm

5. If crops (Brassicaceae) are allergic to copper ions, local tests should be conducted before widespread use.

6. The interval for safe harvesting is 10 days and cannot be harvested in advance.


Additional charging instructions:

1. Safe mixing experiment: Chlorfenapyr hydrochloride, Chlorfluazuron, High efficiency Chlorfenapyr, Benzoxystrobin, Fluazinam, Biphenylhydrazine ester, Imidacloprid, High efficiency Flupyradifuron, Methoxypyriprone, and Chlorpyriproxynil.

2. It belongs to the organic acid copper chelate compound, which has broad-spectrum, high efficiency, and safety. It has excellent prevention and treatment effects on Candida and bacterial infections and pests, and is very effective in preventing and treating pathogens that have already developed drug resistance.

Previously, key applications in production were focused on preventing diseases such as tomato late blight and bacterial infection ulcer disease, as well as diseases such as pepper blight, ulcer disease, scab disease, and downy mildew. This can effectively inhibit the emergence and invasion of pathogenic bacteria, thereby achieving the goal of disease prevention.