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- bentonite-Kaolin in agriculture******There are many products used in agriculture against pathogens, but few have as many functionalities as kaolin (still little used). Recently it has begun to be used for the protection of horticultural crops, particularly in olive groves. Kaolin is a clastic or detrital rock formed mainly by kaolinite, a silicate mineral from clays. It has an earthy and smooth consistency. Figure 1. Kaolin. Kaolin has had important use in various sectors before agriculture. It was discovered in 1700 and was used in the basic recipe for porcelain. Over the centuries it has been used for other purposes and in combination with other products, used in construction, in the paper industry, it has been used as a dye, as an aggregate for porcelain, ceramics and others. Kaolin in agriculture Kaolin is applied in the field using sprayers that allow it to be distributed correctly and it is through this process that it adheres effectively to the vegetative organs of the plant. Kaolin has numerous advantages: – Protective action against solar radiation with an infrared reflective action, reducing foliar burns – Increases photosynthetic capacity by reducing temperatures – Reduces water loss due to leaf transpiration – Reduces the attack of various pathogens such as the olive, fruit and nut fly, the green vine mosquito, the pear psyllid and many others. It is also widely used in olive cultivation against the olive fly. The film created by kaolin inhibits the proliferation of the fly's symbiotic bacteria and reduces the attraction effect of compounds such as enzymes and phenols produced by olives. Figure 2. Olive tree covered by kaolin. Furthermore, a 2015 Greek study showed that kaolin-treated olive groves had lower free acidity content, thus improving the acid content of the oil (Maletsika et al. 2015). In other studies, it has been observed that kaolin directly influences the reduction of transpiration with greater water accumulation and the reduction of stress in periods of drought. Furthermore, an effect of reducing oxidative stress has been identified that directly leads to less energy used for the production of antioxidants (Brito et al. 2018). Kaolin is normally applied in the form of an aqueous suspension. Doses range between 0.2 kg and 5 kg per 100 L. A higher dose is normally recommended in the first intervention, reducing the doses over time. The table shows an example of the recommended doses (agrimag.it). Kaolin is easily washed away, so if it rains near the treatments it will be better not to carry out them or they will have to be repeated after the rains. A functional combination is with mild potash soap. On the other hand, it is difficult to handle in combination with copper, which has been shown to reduce the effectiveness of kaolin. In addition, copper has a phytotoxic effect; in some cases, it can also cause phylloptosis (leaf fall) with a reduction in the vegetation available for the action of kaolin. Kaolin has no deficiency period, is not toxic to humans or the environment and its use is permitted in organic farming. For more information, contact Elaisian directly at: info@elaisian.com>
- bentonite-Kaolin in agriculture******There are many products used in agriculture against pathogens, but few have as many functionalities as kaolin (still little used). Recently it has begun to be used for the protection of horticultural crops, particularly in olive groves. Kaolin is a clastic or detrital rock formed mainly by kaolinite, a silicate mineral from clays. It has an earthy and smooth consistency. Figure 1. Kaolin. Kaolin has had important use in various sectors before agriculture. It was discovered in 1700 and was used in the basic recipe for porcelain. Over the centuries it has been used for other purposes and in combination with other products, used in construction, in the paper industry, it has been used as a dye, as an aggregate for porcelain, ceramics and others. Kaolin in agriculture Kaolin is applied in the field using sprayers that allow it to be distributed correctly and it is through this process that it adheres effectively to the vegetative organs of the plant. Kaolin has numerous advantages: – Protective action against solar radiation with an infrared reflective action, reducing foliar burns – Increases photosynthetic capacity by reducing temperatures – Reduces water loss due to leaf transpiration – Reduces the attack of various pathogens such as the olive, fruit and nut fly, the green vine mosquito, the pear psyllid and many others. It is also widely used in olive cultivation against the olive fly. The film created by kaolin inhibits the proliferation of the fly's symbiotic bacteria and reduces the attraction effect of compounds such as enzymes and phenols produced by olives. Figure 2. Olive tree covered by kaolin. Furthermore, a 2015 Greek study showed that kaolin-treated olive groves had lower free acidity content, thus improving the acid content of the oil (Maletsika et al. 2015). In other studies, it has been observed that kaolin directly influences the reduction of transpiration with greater water accumulation and the reduction of stress in periods of drought. Furthermore, an effect of reducing oxidative stress has been identified that directly leads to less energy used for the production of antioxidants (Brito et al. 2018). Kaolin is normally applied in the form of an aqueous suspension. Doses range between 0.2 kg and 5 kg per 100 L. A higher dose is normally recommended in the first intervention, reducing the doses over time. The table shows an example of the recommended doses (agrimag.it). Kaolin is easily washed away, so if it rains near the treatments it will be better not to carry out them or they will have to be repeated after the rains. A functional combination is with mild potash soap. On the other hand, it is difficult to handle in combination with copper, which has been shown to reduce the effectiveness of kaolin. In addition, copper has a phytotoxic effect; in some cases, it can also cause phylloptosis (leaf fall) with a reduction in the vegetation available for the action of kaolin. Kaolin has no deficiency period, is not toxic to humans or the environment and its use is permitted in organic farming. For more information, contact Elaisian directly at: info@elaisian.com_activated carbon media price
bentonite-Kaolin in agriculture******There are many products used in agriculture against pathogens, but few have as many functionalities as kaolin (still little used). Recently it has begun to be used for the protection of horticultural crops, particularly in olive groves. Kaolin is a clastic or detrital rock formed mainly by kaolinite, a silicate mineral from clays. It has an earthy and smooth consistency. Figure 1. Kaolin. Kaolin has had important use in various sectors before agriculture. It was discovered in 1700 and was used in the basic recipe for porcelain. Over the centuries it has been used for other purposes and in combination with other products, used in construction, in the paper industry, it has been used as a dye, as an aggregate for porcelain, ceramics and others. Kaolin in agriculture Kaolin is applied in the field using sprayers that allow it to be distributed correctly and it is through this process that it adheres effectively to the vegetative organs of the plant. Kaolin has numerous advantages: – Protective action against solar radiation with an infrared reflective action, reducing foliar burns – Increases photosynthetic capacity by reducing temperatures – Reduces water loss due to leaf transpiration – Reduces the attack of various pathogens such as the olive, fruit and nut fly, the green vine mosquito, the pear psyllid and many others. It is also widely used in olive cultivation against the olive fly. The film created by kaolin inhibits the proliferation of the fly's symbiotic bacteria and reduces the attraction effect of compounds such as enzymes and phenols produced by olives. Figure 2. Olive tree covered by kaolin. Furthermore, a 2015 Greek study showed that kaolin-treated olive groves had lower free acidity content, thus improving the acid content of the oil (Maletsika et al. 2015). In other studies, it has been observed that kaolin directly influences the reduction of transpiration with greater water accumulation and the reduction of stress in periods of drought. Furthermore, an effect of reducing oxidative stress has been identified that directly leads to less energy used for the production of antioxidants (Brito et al. 2018). Kaolin is normally applied in the form of an aqueous suspension. Doses range between 0.2 kg and 5 kg per 100 L. A higher dose is normally recommended in the first intervention, reducing the doses over time. The table shows an example of the recommended doses (agrimag.it). Kaolin is easily washed away, so if it rains near the treatments it will be better not to carry out them or they will have to be repeated after the rains. A functional combination is with mild potash soap. On the other hand, it is difficult to handle in combination with copper, which has been shown to reduce the effectiveness of kaolin. In addition, copper has a phytotoxic effect; in some cases, it can also cause phylloptosis (leaf fall) with a reduction in the vegetation available for the action of kaolin. Kaolin has no deficiency period, is not toxic to humans or the environment and its use is permitted in organic farming. For more information, contact Elaisian directly at: info@elaisian.com_activated carbon media price
oil bleach activated clay
The Role of Oil Bleach Activated Clay in Modern Industries In recent years, the quest for sustainabl...
Read Morebentonite-Kaolin in agriculture******There are many products used in agriculture against pathogens, but few have as many functionalities as kaolin (still little used). Recently it has begun to be used for the protection of horticultural crops, particularly in olive groves. Kaolin is a clastic or detrital rock formed mainly by kaolinite, a silicate mineral from clays. It has an earthy and smooth consistency. Figure 1. Kaolin. Kaolin has had important use in various sectors before agriculture. It was discovered in 1700 and was used in the basic recipe for porcelain. Over the centuries it has been used for other purposes and in combination with other products, used in construction, in the paper industry, it has been used as a dye, as an aggregate for porcelain, ceramics and others. Kaolin in agriculture Kaolin is applied in the field using sprayers that allow it to be distributed correctly and it is through this process that it adheres effectively to the vegetative organs of the plant. Kaolin has numerous advantages: – Protective action against solar radiation with an infrared reflective action, reducing foliar burns – Increases photosynthetic capacity by reducing temperatures – Reduces water loss due to leaf transpiration – Reduces the attack of various pathogens such as the olive, fruit and nut fly, the green vine mosquito, the pear psyllid and many others. It is also widely used in olive cultivation against the olive fly. The film created by kaolin inhibits the proliferation of the fly's symbiotic bacteria and reduces the attraction effect of compounds such as enzymes and phenols produced by olives. Figure 2. Olive tree covered by kaolin. Furthermore, a 2015 Greek study showed that kaolin-treated olive groves had lower free acidity content, thus improving the acid content of the oil (Maletsika et al. 2015). In other studies, it has been observed that kaolin directly influences the reduction of transpiration with greater water accumulation and the reduction of stress in periods of drought. Furthermore, an effect of reducing oxidative stress has been identified that directly leads to less energy used for the production of antioxidants (Brito et al. 2018). Kaolin is normally applied in the form of an aqueous suspension. Doses range between 0.2 kg and 5 kg per 100 L. A higher dose is normally recommended in the first intervention, reducing the doses over time. The table shows an example of the recommended doses (agrimag.it). Kaolin is easily washed away, so if it rains near the treatments it will be better not to carry out them or they will have to be repeated after the rains. A functional combination is with mild potash soap. On the other hand, it is difficult to handle in combination with copper, which has been shown to reduce the effectiveness of kaolin. In addition, copper has a phytotoxic effect; in some cases, it can also cause phylloptosis (leaf fall) with a reduction in the vegetation available for the action of kaolin. Kaolin has no deficiency period, is not toxic to humans or the environment and its use is permitted in organic farming. For more information, contact Elaisian directly at: info@elaisian.com_activated carbon media price2025-08-17 21:32Read（52）Moreover, the minimalist beauty of clear glass beads means they harmonize perfectly with virtually any color palette
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Read Morebentonite-Kaolin in agriculture******There are many products used in agriculture against pathogens, but few have as many functionalities as kaolin (still little used). Recently it has begun to be used for the protection of horticultural crops, particularly in olive groves. Kaolin is a clastic or detrital rock formed mainly by kaolinite, a silicate mineral from clays. It has an earthy and smooth consistency. Figure 1. Kaolin. Kaolin has had important use in various sectors before agriculture. It was discovered in 1700 and was used in the basic recipe for porcelain. Over the centuries it has been used for other purposes and in combination with other products, used in construction, in the paper industry, it has been used as a dye, as an aggregate for porcelain, ceramics and others. Kaolin in agriculture Kaolin is applied in the field using sprayers that allow it to be distributed correctly and it is through this process that it adheres effectively to the vegetative organs of the plant. Kaolin has numerous advantages: – Protective action against solar radiation with an infrared reflective action, reducing foliar burns – Increases photosynthetic capacity by reducing temperatures – Reduces water loss due to leaf transpiration – Reduces the attack of various pathogens such as the olive, fruit and nut fly, the green vine mosquito, the pear psyllid and many others. It is also widely used in olive cultivation against the olive fly. The film created by kaolin inhibits the proliferation of the fly's symbiotic bacteria and reduces the attraction effect of compounds such as enzymes and phenols produced by olives. Figure 2. Olive tree covered by kaolin. Furthermore, a 2015 Greek study showed that kaolin-treated olive groves had lower free acidity content, thus improving the acid content of the oil (Maletsika et al. 2015). In other studies, it has been observed that kaolin directly influences the reduction of transpiration with greater water accumulation and the reduction of stress in periods of drought. Furthermore, an effect of reducing oxidative stress has been identified that directly leads to less energy used for the production of antioxidants (Brito et al. 2018). Kaolin is normally applied in the form of an aqueous suspension. Doses range between 0.2 kg and 5 kg per 100 L. A higher dose is normally recommended in the first intervention, reducing the doses over time. The table shows an example of the recommended doses (agrimag.it). Kaolin is easily washed away, so if it rains near the treatments it will be better not to carry out them or they will have to be repeated after the rains. A functional combination is with mild potash soap. On the other hand, it is difficult to handle in combination with copper, which has been shown to reduce the effectiveness of kaolin. In addition, copper has a phytotoxic effect; in some cases, it can also cause phylloptosis (leaf fall) with a reduction in the vegetation available for the action of kaolin. Kaolin has no deficiency period, is not toxic to humans or the environment and its use is permitted in organic farming. For more information, contact Elaisian directly at: info@elaisian.com_activated carbon media price2025-08-17 20:59Read（589）Usine de poudre de chaux carbonate de calcium
Les Usines de Poudre de Calcaire de Carbonate de Calcium Un Pilier de l'Industrie Moderne Le carbon...
Read Morebentonite-Kaolin in agriculture******There are many products used in agriculture against pathogens, but few have as many functionalities as kaolin (still little used). Recently it has begun to be used for the protection of horticultural crops, particularly in olive groves. Kaolin is a clastic or detrital rock formed mainly by kaolinite, a silicate mineral from clays. It has an earthy and smooth consistency. Figure 1. Kaolin. Kaolin has had important use in various sectors before agriculture. It was discovered in 1700 and was used in the basic recipe for porcelain. Over the centuries it has been used for other purposes and in combination with other products, used in construction, in the paper industry, it has been used as a dye, as an aggregate for porcelain, ceramics and others. Kaolin in agriculture Kaolin is applied in the field using sprayers that allow it to be distributed correctly and it is through this process that it adheres effectively to the vegetative organs of the plant. Kaolin has numerous advantages: – Protective action against solar radiation with an infrared reflective action, reducing foliar burns – Increases photosynthetic capacity by reducing temperatures – Reduces water loss due to leaf transpiration – Reduces the attack of various pathogens such as the olive, fruit and nut fly, the green vine mosquito, the pear psyllid and many others. It is also widely used in olive cultivation against the olive fly. The film created by kaolin inhibits the proliferation of the fly's symbiotic bacteria and reduces the attraction effect of compounds such as enzymes and phenols produced by olives. Figure 2. Olive tree covered by kaolin. Furthermore, a 2015 Greek study showed that kaolin-treated olive groves had lower free acidity content, thus improving the acid content of the oil (Maletsika et al. 2015). In other studies, it has been observed that kaolin directly influences the reduction of transpiration with greater water accumulation and the reduction of stress in periods of drought. Furthermore, an effect of reducing oxidative stress has been identified that directly leads to less energy used for the production of antioxidants (Brito et al. 2018). Kaolin is normally applied in the form of an aqueous suspension. Doses range between 0.2 kg and 5 kg per 100 L. A higher dose is normally recommended in the first intervention, reducing the doses over time. The table shows an example of the recommended doses (agrimag.it). Kaolin is easily washed away, so if it rains near the treatments it will be better not to carry out them or they will have to be repeated after the rains. A functional combination is with mild potash soap. On the other hand, it is difficult to handle in combination with copper, which has been shown to reduce the effectiveness of kaolin. In addition, copper has a phytotoxic effect; in some cases, it can also cause phylloptosis (leaf fall) with a reduction in the vegetation available for the action of kaolin. Kaolin has no deficiency period, is not toxic to humans or the environment and its use is permitted in organic farming. For more information, contact Elaisian directly at: info@elaisian.com_activated carbon media price2025-08-17 20:44Read（917）The Joy of Custom Color Sand for Kids A New Trend in Creative Play
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Read Morebentonite-Kaolin in agriculture******There are many products used in agriculture against pathogens, but few have as many functionalities as kaolin (still little used). Recently it has begun to be used for the protection of horticultural crops, particularly in olive groves. Kaolin is a clastic or detrital rock formed mainly by kaolinite, a silicate mineral from clays. It has an earthy and smooth consistency. Figure 1. Kaolin. Kaolin has had important use in various sectors before agriculture. It was discovered in 1700 and was used in the basic recipe for porcelain. Over the centuries it has been used for other purposes and in combination with other products, used in construction, in the paper industry, it has been used as a dye, as an aggregate for porcelain, ceramics and others. Kaolin in agriculture Kaolin is applied in the field using sprayers that allow it to be distributed correctly and it is through this process that it adheres effectively to the vegetative organs of the plant. Kaolin has numerous advantages: – Protective action against solar radiation with an infrared reflective action, reducing foliar burns – Increases photosynthetic capacity by reducing temperatures – Reduces water loss due to leaf transpiration – Reduces the attack of various pathogens such as the olive, fruit and nut fly, the green vine mosquito, the pear psyllid and many others. It is also widely used in olive cultivation against the olive fly. The film created by kaolin inhibits the proliferation of the fly's symbiotic bacteria and reduces the attraction effect of compounds such as enzymes and phenols produced by olives. Figure 2. Olive tree covered by kaolin. Furthermore, a 2015 Greek study showed that kaolin-treated olive groves had lower free acidity content, thus improving the acid content of the oil (Maletsika et al. 2015). In other studies, it has been observed that kaolin directly influences the reduction of transpiration with greater water accumulation and the reduction of stress in periods of drought. Furthermore, an effect of reducing oxidative stress has been identified that directly leads to less energy used for the production of antioxidants (Brito et al. 2018). Kaolin is normally applied in the form of an aqueous suspension. Doses range between 0.2 kg and 5 kg per 100 L. A higher dose is normally recommended in the first intervention, reducing the doses over time. The table shows an example of the recommended doses (agrimag.it). Kaolin is easily washed away, so if it rains near the treatments it will be better not to carry out them or they will have to be repeated after the rains. A functional combination is with mild potash soap. On the other hand, it is difficult to handle in combination with copper, which has been shown to reduce the effectiveness of kaolin. In addition, copper has a phytotoxic effect; in some cases, it can also cause phylloptosis (leaf fall) with a reduction in the vegetation available for the action of kaolin. Kaolin has no deficiency period, is not toxic to humans or the environment and its use is permitted in organic farming. For more information, contact Elaisian directly at: info@elaisian.com_activated carbon media price2025-08-17 20:22Read（1822）Volcanic pumice stone suppliers.
Innovations in Volcanic Pumice Stone Manufacturing The utilization of volcanic pumice stone in vari...
Read Morebentonite-Kaolin in agriculture******There are many products used in agriculture against pathogens, but few have as many functionalities as kaolin (still little used). Recently it has begun to be used for the protection of horticultural crops, particularly in olive groves. Kaolin is a clastic or detrital rock formed mainly by kaolinite, a silicate mineral from clays. It has an earthy and smooth consistency. Figure 1. Kaolin. Kaolin has had important use in various sectors before agriculture. It was discovered in 1700 and was used in the basic recipe for porcelain. Over the centuries it has been used for other purposes and in combination with other products, used in construction, in the paper industry, it has been used as a dye, as an aggregate for porcelain, ceramics and others. Kaolin in agriculture Kaolin is applied in the field using sprayers that allow it to be distributed correctly and it is through this process that it adheres effectively to the vegetative organs of the plant. Kaolin has numerous advantages: – Protective action against solar radiation with an infrared reflective action, reducing foliar burns – Increases photosynthetic capacity by reducing temperatures – Reduces water loss due to leaf transpiration – Reduces the attack of various pathogens such as the olive, fruit and nut fly, the green vine mosquito, the pear psyllid and many others. It is also widely used in olive cultivation against the olive fly. The film created by kaolin inhibits the proliferation of the fly's symbiotic bacteria and reduces the attraction effect of compounds such as enzymes and phenols produced by olives. Figure 2. Olive tree covered by kaolin. Furthermore, a 2015 Greek study showed that kaolin-treated olive groves had lower free acidity content, thus improving the acid content of the oil (Maletsika et al. 2015). In other studies, it has been observed that kaolin directly influences the reduction of transpiration with greater water accumulation and the reduction of stress in periods of drought. Furthermore, an effect of reducing oxidative stress has been identified that directly leads to less energy used for the production of antioxidants (Brito et al. 2018). Kaolin is normally applied in the form of an aqueous suspension. Doses range between 0.2 kg and 5 kg per 100 L. A higher dose is normally recommended in the first intervention, reducing the doses over time. The table shows an example of the recommended doses (agrimag.it). Kaolin is easily washed away, so if it rains near the treatments it will be better not to carry out them or they will have to be repeated after the rains. A functional combination is with mild potash soap. On the other hand, it is difficult to handle in combination with copper, which has been shown to reduce the effectiveness of kaolin. In addition, copper has a phytotoxic effect; in some cases, it can also cause phylloptosis (leaf fall) with a reduction in the vegetation available for the action of kaolin. Kaolin has no deficiency period, is not toxic to humans or the environment and its use is permitted in organic farming. For more information, contact Elaisian directly at: info@elaisian.com_activated carbon media price2025-08-17 20:04Read（602）Diatomite, a naturally occurring soft, siliceous sedimentary rock composed primarily of the fossilized remains of diatoms, has become an invaluable resource in various industrial applications. Its unique properties—such as high porosity, low density, and exceptional absorbency—make diatomite a popular choice in industries ranging from construction to food and beverage processing. As demand continues to rise, Original Equipment Manufacturer (OEM) diatomite manufacturers are increasingly significant players in this market.
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Read Morebentonite-Kaolin in agriculture******There are many products used in agriculture against pathogens, but few have as many functionalities as kaolin (still little used). Recently it has begun to be used for the protection of horticultural crops, particularly in olive groves. Kaolin is a clastic or detrital rock formed mainly by kaolinite, a silicate mineral from clays. It has an earthy and smooth consistency. Figure 1. Kaolin. Kaolin has had important use in various sectors before agriculture. It was discovered in 1700 and was used in the basic recipe for porcelain. Over the centuries it has been used for other purposes and in combination with other products, used in construction, in the paper industry, it has been used as a dye, as an aggregate for porcelain, ceramics and others. Kaolin in agriculture Kaolin is applied in the field using sprayers that allow it to be distributed correctly and it is through this process that it adheres effectively to the vegetative organs of the plant. Kaolin has numerous advantages: – Protective action against solar radiation with an infrared reflective action, reducing foliar burns – Increases photosynthetic capacity by reducing temperatures – Reduces water loss due to leaf transpiration – Reduces the attack of various pathogens such as the olive, fruit and nut fly, the green vine mosquito, the pear psyllid and many others. It is also widely used in olive cultivation against the olive fly. The film created by kaolin inhibits the proliferation of the fly's symbiotic bacteria and reduces the attraction effect of compounds such as enzymes and phenols produced by olives. Figure 2. Olive tree covered by kaolin. Furthermore, a 2015 Greek study showed that kaolin-treated olive groves had lower free acidity content, thus improving the acid content of the oil (Maletsika et al. 2015). In other studies, it has been observed that kaolin directly influences the reduction of transpiration with greater water accumulation and the reduction of stress in periods of drought. Furthermore, an effect of reducing oxidative stress has been identified that directly leads to less energy used for the production of antioxidants (Brito et al. 2018). Kaolin is normally applied in the form of an aqueous suspension. Doses range between 0.2 kg and 5 kg per 100 L. A higher dose is normally recommended in the first intervention, reducing the doses over time. The table shows an example of the recommended doses (agrimag.it). Kaolin is easily washed away, so if it rains near the treatments it will be better not to carry out them or they will have to be repeated after the rains. A functional combination is with mild potash soap. On the other hand, it is difficult to handle in combination with copper, which has been shown to reduce the effectiveness of kaolin. In addition, copper has a phytotoxic effect; in some cases, it can also cause phylloptosis (leaf fall) with a reduction in the vegetation available for the action of kaolin. Kaolin has no deficiency period, is not toxic to humans or the environment and its use is permitted in organic farming. For more information, contact Elaisian directly at: info@elaisian.com_activated carbon media price2025-08-17 20:03Read（318）
'>Iron powder is an exceptionally versatile material with a wide range of applications across multiple industries. From enhancing manufacturing processes in metallurgy to its critical role in health and nutrition, iron powder's unique properties enable innovations that drive modern technology and improve quality of life. As industries continue to evolve, the demand and applications for iron powder are expected to expand, showcasing its enduring significance in both industrial and everyday contexts.
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Read Morebentonite-Kaolin in agriculture******There are many products used in agriculture against pathogens, but few have as many functionalities as kaolin (still little used). Recently it has begun to be used for the protection of horticultural crops, particularly in olive groves. Kaolin is a clastic or detrital rock formed mainly by kaolinite, a silicate mineral from clays. It has an earthy and smooth consistency. Figure 1. Kaolin. Kaolin has had important use in various sectors before agriculture. It was discovered in 1700 and was used in the basic recipe for porcelain. Over the centuries it has been used for other purposes and in combination with other products, used in construction, in the paper industry, it has been used as a dye, as an aggregate for porcelain, ceramics and others. Kaolin in agriculture Kaolin is applied in the field using sprayers that allow it to be distributed correctly and it is through this process that it adheres effectively to the vegetative organs of the plant. Kaolin has numerous advantages: – Protective action against solar radiation with an infrared reflective action, reducing foliar burns – Increases photosynthetic capacity by reducing temperatures – Reduces water loss due to leaf transpiration – Reduces the attack of various pathogens such as the olive, fruit and nut fly, the green vine mosquito, the pear psyllid and many others. It is also widely used in olive cultivation against the olive fly. The film created by kaolin inhibits the proliferation of the fly's symbiotic bacteria and reduces the attraction effect of compounds such as enzymes and phenols produced by olives. Figure 2. Olive tree covered by kaolin. Furthermore, a 2015 Greek study showed that kaolin-treated olive groves had lower free acidity content, thus improving the acid content of the oil (Maletsika et al. 2015). In other studies, it has been observed that kaolin directly influences the reduction of transpiration with greater water accumulation and the reduction of stress in periods of drought. Furthermore, an effect of reducing oxidative stress has been identified that directly leads to less energy used for the production of antioxidants (Brito et al. 2018). Kaolin is normally applied in the form of an aqueous suspension. Doses range between 0.2 kg and 5 kg per 100 L. A higher dose is normally recommended in the first intervention, reducing the doses over time. The table shows an example of the recommended doses (agrimag.it). Kaolin is easily washed away, so if it rains near the treatments it will be better not to carry out them or they will have to be repeated after the rains. A functional combination is with mild potash soap. On the other hand, it is difficult to handle in combination with copper, which has been shown to reduce the effectiveness of kaolin. In addition, copper has a phytotoxic effect; in some cases, it can also cause phylloptosis (leaf fall) with a reduction in the vegetation available for the action of kaolin. Kaolin has no deficiency period, is not toxic to humans or the environment and its use is permitted in organic farming. For more information, contact Elaisian directly at: info@elaisian.com_activated carbon media price2025-08-17 19:49Read（2274）โรงงานคอนกรีต Perlite ที่กำหนดเอง
การผลิตคอนกรีตเพอร์ไลต์แบบกำหนดเอง นวัตกรรมในอุตสาหกรรมก่อสร้าง ในยุคที่เทคโนโลยีและนวัตกรรมกำลังเข้...
Read Morebentonite-Kaolin in agriculture******There are many products used in agriculture against pathogens, but few have as many functionalities as kaolin (still little used). Recently it has begun to be used for the protection of horticultural crops, particularly in olive groves. Kaolin is a clastic or detrital rock formed mainly by kaolinite, a silicate mineral from clays. It has an earthy and smooth consistency. Figure 1. Kaolin. Kaolin has had important use in various sectors before agriculture. It was discovered in 1700 and was used in the basic recipe for porcelain. Over the centuries it has been used for other purposes and in combination with other products, used in construction, in the paper industry, it has been used as a dye, as an aggregate for porcelain, ceramics and others. Kaolin in agriculture Kaolin is applied in the field using sprayers that allow it to be distributed correctly and it is through this process that it adheres effectively to the vegetative organs of the plant. Kaolin has numerous advantages: – Protective action against solar radiation with an infrared reflective action, reducing foliar burns – Increases photosynthetic capacity by reducing temperatures – Reduces water loss due to leaf transpiration – Reduces the attack of various pathogens such as the olive, fruit and nut fly, the green vine mosquito, the pear psyllid and many others. It is also widely used in olive cultivation against the olive fly. The film created by kaolin inhibits the proliferation of the fly's symbiotic bacteria and reduces the attraction effect of compounds such as enzymes and phenols produced by olives. Figure 2. Olive tree covered by kaolin. Furthermore, a 2015 Greek study showed that kaolin-treated olive groves had lower free acidity content, thus improving the acid content of the oil (Maletsika et al. 2015). In other studies, it has been observed that kaolin directly influences the reduction of transpiration with greater water accumulation and the reduction of stress in periods of drought. Furthermore, an effect of reducing oxidative stress has been identified that directly leads to less energy used for the production of antioxidants (Brito et al. 2018). Kaolin is normally applied in the form of an aqueous suspension. Doses range between 0.2 kg and 5 kg per 100 L. A higher dose is normally recommended in the first intervention, reducing the doses over time. The table shows an example of the recommended doses (agrimag.it). Kaolin is easily washed away, so if it rains near the treatments it will be better not to carry out them or they will have to be repeated after the rains. A functional combination is with mild potash soap. On the other hand, it is difficult to handle in combination with copper, which has been shown to reduce the effectiveness of kaolin. In addition, copper has a phytotoxic effect; in some cases, it can also cause phylloptosis (leaf fall) with a reduction in the vegetation available for the action of kaolin. Kaolin has no deficiency period, is not toxic to humans or the environment and its use is permitted in organic farming. For more information, contact Elaisian directly at: info@elaisian.com_activated carbon media price2025-08-17 19:47Read（2484）Safety Data Sheet for Silica Fume and Its Handling Precautions
Understanding the Safety Data Sheet for Silica Fume Silica fume, often referred to as microsilica, i...
Read Morebentonite-Kaolin in agriculture******There are many products used in agriculture against pathogens, but few have as many functionalities as kaolin (still little used). Recently it has begun to be used for the protection of horticultural crops, particularly in olive groves. Kaolin is a clastic or detrital rock formed mainly by kaolinite, a silicate mineral from clays. It has an earthy and smooth consistency. Figure 1. Kaolin. Kaolin has had important use in various sectors before agriculture. It was discovered in 1700 and was used in the basic recipe for porcelain. Over the centuries it has been used for other purposes and in combination with other products, used in construction, in the paper industry, it has been used as a dye, as an aggregate for porcelain, ceramics and others. Kaolin in agriculture Kaolin is applied in the field using sprayers that allow it to be distributed correctly and it is through this process that it adheres effectively to the vegetative organs of the plant. Kaolin has numerous advantages: – Protective action against solar radiation with an infrared reflective action, reducing foliar burns – Increases photosynthetic capacity by reducing temperatures – Reduces water loss due to leaf transpiration – Reduces the attack of various pathogens such as the olive, fruit and nut fly, the green vine mosquito, the pear psyllid and many others. It is also widely used in olive cultivation against the olive fly. The film created by kaolin inhibits the proliferation of the fly's symbiotic bacteria and reduces the attraction effect of compounds such as enzymes and phenols produced by olives. Figure 2. Olive tree covered by kaolin. Furthermore, a 2015 Greek study showed that kaolin-treated olive groves had lower free acidity content, thus improving the acid content of the oil (Maletsika et al. 2015). In other studies, it has been observed that kaolin directly influences the reduction of transpiration with greater water accumulation and the reduction of stress in periods of drought. Furthermore, an effect of reducing oxidative stress has been identified that directly leads to less energy used for the production of antioxidants (Brito et al. 2018). Kaolin is normally applied in the form of an aqueous suspension. Doses range between 0.2 kg and 5 kg per 100 L. A higher dose is normally recommended in the first intervention, reducing the doses over time. The table shows an example of the recommended doses (agrimag.it). Kaolin is easily washed away, so if it rains near the treatments it will be better not to carry out them or they will have to be repeated after the rains. A functional combination is with mild potash soap. On the other hand, it is difficult to handle in combination with copper, which has been shown to reduce the effectiveness of kaolin. In addition, copper has a phytotoxic effect; in some cases, it can also cause phylloptosis (leaf fall) with a reduction in the vegetation available for the action of kaolin. Kaolin has no deficiency period, is not toxic to humans or the environment and its use is permitted in organic farming. For more information, contact Elaisian directly at: info@elaisian.com_activated carbon media price2025-08-17 18:57Read（255）Fly ash, primarily composed of fine particles, is collected from flue gases during coal combustion. It is rich in silica, alumina, and iron, making it an excellent additive for cement and concrete. Its use increases the strength and durability of concrete while reducing the overall carbon footprint, thus aligning with sustainable construction practices. However, the effective management and transport of fly ash play a crucial role in its utilization—enter the custom fly ash bags manufacturers.
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Read Morebentonite-Kaolin in agriculture******There are many products used in agriculture against pathogens, but few have as many functionalities as kaolin (still little used). Recently it has begun to be used for the protection of horticultural crops, particularly in olive groves. Kaolin is a clastic or detrital rock formed mainly by kaolinite, a silicate mineral from clays. It has an earthy and smooth consistency. Figure 1. Kaolin. Kaolin has had important use in various sectors before agriculture. It was discovered in 1700 and was used in the basic recipe for porcelain. Over the centuries it has been used for other purposes and in combination with other products, used in construction, in the paper industry, it has been used as a dye, as an aggregate for porcelain, ceramics and others. Kaolin in agriculture Kaolin is applied in the field using sprayers that allow it to be distributed correctly and it is through this process that it adheres effectively to the vegetative organs of the plant. Kaolin has numerous advantages: – Protective action against solar radiation with an infrared reflective action, reducing foliar burns – Increases photosynthetic capacity by reducing temperatures – Reduces water loss due to leaf transpiration – Reduces the attack of various pathogens such as the olive, fruit and nut fly, the green vine mosquito, the pear psyllid and many others. It is also widely used in olive cultivation against the olive fly. The film created by kaolin inhibits the proliferation of the fly's symbiotic bacteria and reduces the attraction effect of compounds such as enzymes and phenols produced by olives. Figure 2. Olive tree covered by kaolin. Furthermore, a 2015 Greek study showed that kaolin-treated olive groves had lower free acidity content, thus improving the acid content of the oil (Maletsika et al. 2015). In other studies, it has been observed that kaolin directly influences the reduction of transpiration with greater water accumulation and the reduction of stress in periods of drought. Furthermore, an effect of reducing oxidative stress has been identified that directly leads to less energy used for the production of antioxidants (Brito et al. 2018). Kaolin is normally applied in the form of an aqueous suspension. Doses range between 0.2 kg and 5 kg per 100 L. A higher dose is normally recommended in the first intervention, reducing the doses over time. The table shows an example of the recommended doses (agrimag.it). Kaolin is easily washed away, so if it rains near the treatments it will be better not to carry out them or they will have to be repeated after the rains. A functional combination is with mild potash soap. On the other hand, it is difficult to handle in combination with copper, which has been shown to reduce the effectiveness of kaolin. In addition, copper has a phytotoxic effect; in some cases, it can also cause phylloptosis (leaf fall) with a reduction in the vegetation available for the action of kaolin. Kaolin has no deficiency period, is not toxic to humans or the environment and its use is permitted in organic farming. For more information, contact Elaisian directly at: info@elaisian.com_activated carbon media price2025-08-17 18:53Read（731）
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