Containing alkali and alkaline materials, Zeolites are a unique group of minerals characterized by construction by their crystalline and hydrated aluminosilicates properties. Their structure is based on a three-dimensional framework structure of silica-oxygen tetrahedra. Arranged in a honeycomb network, the crystal framework is characterized by numerous pores holding negative charges which are balanced with cations such as calcium, magnesium, potassium and sodium. For that reason, the zeolite crystals have found many uses from weight management, detoxification to construction.
The minerals can be described as nonporous hydrated aluminosilicates with a three-dimensional framework structure. The linked framework combined with its inherent high porosity gives rise to the Twist Road zeolite having a high absorptive capacity.
There are approximately 40 different crystal types and their occurrence depends on conditions during formation. Mines located in the North Island of New Zealand are renowned for the production of clinoptilolite, a notable variation in the crystal group which are young in age and contain unsurpassed absorption qualities. These minerals have been utilized for their unique properties for ionic absorption in many commercial applications. Their large internal surface area allows them to absorb liquids efficiently, with the ability to absorb up to 70% in their own weight as a liquid.
It is the best natural way to cleanse and detoxify our bodies and keep our brains and nervous systems running at maximum capacity. It is also the best way to detoxify the body of aluminum, which creates Alzheimer's, Huntington's and Parkinson's diseases. The crystals are also given to the dogs orally for infections and to clean out toxins, while affected skin areas were sprinkled with its powder.
This preparation can include nutrient loading with organic or inorganic liquids for products such as animal feed and fertilizer. It can also be used for absorption of liquids and odors e. G. Ammonia, which makes it ideal for use in pet litter and soaking up oil/chemical spills, and as a fat absorber for barbecues. It can also be used to remove ammonium from wastewater. In New Zealand it has been used in outdoor sports stadiums and golf courses, in the turf root zone, to aid nutrient and moisture retention. It is also used in slow release fertilizers.
The open high porosity structure of the Twist Road zeolite deposit is due to its young age which is approximately 25,000 years old. In comparison, denser crystals from Australia and Greece are 40-50 million years old. These are therefore heavily compacted due to overburden and time for cementing of the mineral grains.
The Twist Road zeolite has a typical bulk density of indicatively 550-700kg/m3 which is similar to that of attapulgite. Compared to other types, this is light though. The crystals from Australian deposits has typical densities of 1200kg/m3 - a result of their age. For the zeolite world, this means that Twist Road zeolite does not need to be as fine as older crystals to get the same absorptive performance.
The crystals include a lot more wide open, much less thick constructions as compared to some other silicates; in between 20% and 50 % in the amount of a zeolite, construction is voids. Silicates also have three-dimensional frameworks of tetrahedra are generally classified as tectosilicates. Aside from the zeolites, some other tectosilicates consist of quartz and feldspars.
The minerals can be described as nonporous hydrated aluminosilicates with a three-dimensional framework structure. The linked framework combined with its inherent high porosity gives rise to the Twist Road zeolite having a high absorptive capacity.
There are approximately 40 different crystal types and their occurrence depends on conditions during formation. Mines located in the North Island of New Zealand are renowned for the production of clinoptilolite, a notable variation in the crystal group which are young in age and contain unsurpassed absorption qualities. These minerals have been utilized for their unique properties for ionic absorption in many commercial applications. Their large internal surface area allows them to absorb liquids efficiently, with the ability to absorb up to 70% in their own weight as a liquid.
It is the best natural way to cleanse and detoxify our bodies and keep our brains and nervous systems running at maximum capacity. It is also the best way to detoxify the body of aluminum, which creates Alzheimer's, Huntington's and Parkinson's diseases. The crystals are also given to the dogs orally for infections and to clean out toxins, while affected skin areas were sprinkled with its powder.
This preparation can include nutrient loading with organic or inorganic liquids for products such as animal feed and fertilizer. It can also be used for absorption of liquids and odors e. G. Ammonia, which makes it ideal for use in pet litter and soaking up oil/chemical spills, and as a fat absorber for barbecues. It can also be used to remove ammonium from wastewater. In New Zealand it has been used in outdoor sports stadiums and golf courses, in the turf root zone, to aid nutrient and moisture retention. It is also used in slow release fertilizers.
The open high porosity structure of the Twist Road zeolite deposit is due to its young age which is approximately 25,000 years old. In comparison, denser crystals from Australia and Greece are 40-50 million years old. These are therefore heavily compacted due to overburden and time for cementing of the mineral grains.
The Twist Road zeolite has a typical bulk density of indicatively 550-700kg/m3 which is similar to that of attapulgite. Compared to other types, this is light though. The crystals from Australian deposits has typical densities of 1200kg/m3 - a result of their age. For the zeolite world, this means that Twist Road zeolite does not need to be as fine as older crystals to get the same absorptive performance.
The crystals include a lot more wide open, much less thick constructions as compared to some other silicates; in between 20% and 50 % in the amount of a zeolite, construction is voids. Silicates also have three-dimensional frameworks of tetrahedra are generally classified as tectosilicates. Aside from the zeolites, some other tectosilicates consist of quartz and feldspars.
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