| Customization: | Available |
|---|---|
| CAS No.: | 30560-19-1;52-68-6 |
| Formula: | C4h10no3PS;C4h8cl3o4p |
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Acephate primarily inhibits insect acetylcholinesterase activity. This action interferes with the insect nervous system. It is a technical grade formulation used as a systemic insecticide. Acephate exhibits stomach poisoning, contact toxicity, and fumigation effects. It belongs to the category of slow-acting insecticides.
Trichlorfon is a low-toxicity organophosphate insecticide. It inhibits acetylcholinesterase in insects. This causes acetylcholine accumulation in synapses. Insects experience spasms and eventually die. It has strong stomach toxicity against pests. It also has contact toxicity.Trichlorfon penetrates plants but lacks systemic action. In weak alkaline conditions, it converts to DDVP. However, it is unstable and quickly decomposes.
Application of Acephate
Pests of Rice:
Acephate has strong systemic absorption and is effective against rice leafhoppers and planthoppers. Applying it during the early nymph stage can control pest damage for up to a month. For young larvae of the rice leaf folder, using Acephate alone can achieve good results, while for older larvae, mixing it with other insecticides like Fipronil enhances effectiveness. The residual activity of acetamiprid against the rice stem borer is relatively short; mixing it with insecticides like Monosultap or triazophos can extend its efficacy.
Pests of Vegetables:
Acephate is effective against aphids on vegetables, with a long residual effect. For young larvae of cabbage caterpillars and armyworms, acephate shows good efficacy, but for older larvae, it can be mixed with pyrethroid insecticides for better control. For diamondback moths, combining acephat with fipronil and abamectin not only provides rapid action but also extends the residual effect. It is important to note that some varieties of beans are sensitive to acephate, so caution is advised.
Pests of Cotton:
Acephate is effective against aphids and spider mites on cotton. Using it alone or in combination with abamectin and pyrethroid insecticides provides good control of cotton bollworms and other pests.
Pests of Fruit Trees:
Applying acephate during the egg-hatching peak of peach and pear fruit flies can effectively kill newly hatched larvae, preventing them from boring into the fruit and affecting fruit quality. Acephate has strong systemic absorption and is effective against citrus red mites and scale insects, with notable efficacy in controlling both mites and scales. Using acephate in combination with glyphosate or para-quat as a cleaning agent for fruit trees can simultaneously eliminate weeds and kill remaining pests and their eggs that have not yet reached the trees, achieving a more efficient result.
Application of Trichlorfon
1. Prevention and Control of Rice Pests: During the egg hatching peak period to the peak period, apply pesticides at a rate of 85-100g of 80% water-soluble powder per mu (approximately 666-750g per acre). After dilution with water, focus on spraying the leaf clusters and stems 6-10cm above the water surface. For controlling the rice leaf roller, pesticides should be applied during the egg hatching peak period to the early larval stage, using a 700-fold dilution of 80% water-soluble powder per mu, with emphasis on spraying the middle and upper parts of the rice plants. Additionally, during the pest control for rice, maintain a water layer of 3-5cm in the field for 3-5 days.
2. Prevention and Control of Wheat Cutworms: Apply pesticides during the egg hatching peak to the early larval stage, using a 350-700-fold dilution of 80% water-soluble powder per mu for uniform spraying.
3. Prevention and Control of Vegetable Pests:For controlling the armyworm, apply pesticides during the early larval stage, using 85-100g of 80% water-soluble powder per mu for uniform spraying.
For controlling the cabbage caterpillar, similarly apply pesticides during the early larval stage, using 100-150g of 30% emulsifiable concentrate per mu for uniform spraying.
4. Prevention and Control of Fruit Tree Pests: For controlling the citrus leaf miner, apply pesticides from the egg hatching peak to the early larval stage, using a 1200-1500-fold dilution of 90% water-soluble powder per mu for uniform spraying.
For controlling the lychee bug, apply pesticides from the egg hatching peak to the early nymph stage, using a 700-fold dilution of 80% water-soluble powder per mu for uniform spraying.
For controlling the jujube cutworm, similarly apply pesticides during the egg hatching peak to the early larval stage, using a 700-fold dilution of 80% water-soluble powder per mu for uniform spraying.
5. Prevention and Control of Tobacco Pests: Apply pesticides from the egg hatching peak to the early larval stage, using 85-100g of 80% water-soluble powder per mu for uniform spraying.
6. Prevention and Control of Tea Geometers: Apply pesticides from the tea geometrid egg hatching peak to the early larval stage, using a 700-1400-fold dilution of 80% water-soluble powder per mu for uniform spraying.
7. Prevention and Control of Pine Caterpillars in Forests: Apply pesticides from the pine caterpillar egg hatching peak to the early larval stage, using a 1500-2000-fold dilution of 80% water-soluble powder per mu for uniform spraying.
Package:
Liquid: 250ml bottle, 500ml bottle, 1L bottle, 5L drum, 20L drum, 200L drum…
Solid: 100g bag, 500g bag, 1kg bag, 25kg bag/drum…
Packaging and labeling are customized according to customer requirements.
| Product name | Acephate |
| Tech grade | 95%TC |
| Formulation | 75%SP,30%EC,40%EC,90%SP· |
| Molecular formula | C4h10no3PS |
| CAS No. | 30560-19-1 |
| EINECS No. | 250-241-2 |
| Shelf life | 2 Years |
| Product name | Trichlorfon |
| Tech grade | 97%TC |
| Formulation | 40%EC, 80%WP, 80%SP |
| Molecular formula | C4h8cl3o4p |
| CAS No. | 52-68-6 |
| EINECS No. | 200-149-3 |
| Shelf life | 2 Years |
Q1: How can you guarantee quality?
A1: Always a pre-production sample before mass production;
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