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equipment for vermiculite

schundler company--air entraining agents and pumps for perlite concrete

schundler company--air entraining agents and pumps for perlite concrete

AIR ENTRAINMENT AND PUMPING EQUIPMENT FOR PERLITE AND VERMICULITE CONCRETE Perlite and vermiculite concrete aggregates combined with portland cement and water produce a lightweight insulating concrete used for lightweight roof decks, floor fills, lightweight structural decks, insulation for steam and coolant lines, bases of cryogenic storage tanks, oven insulation, interstitial spaces in reconditioned water and sewer lines, interstitial floors in hospitals, lightweight pre-cast forms and blocks, statuary, basic fills, and many other applications where a lightweight permanent concrete is desired. When mixing perlite and vermiculite concrete, air entrainment and progressive cavity pumps should be used. AIR ENTRAINMENT Perlite and vermiculite concretes require air entrainment of some type. The use of the correct amount of air entraining agent is very important. Air entraining agents (essentially special industrial soaps and/or foaming agents) produce countless tiny air bubbles that reduce the density of the concrete, increase the yield, and contribute to the insulation values. These bubbles also help prevent cracking and damage from freeze/thaw cylces. They do this by absorbing the effects of the concrete expanding and contracting. When adding air entraining agents, generally the intent is to create approximately 8-15% air in the final mix. This can be achieved by a variety of products. It is important to remember that there are different kinds of air entraining agents and different concentrations. As such, older literature (both our literature and brochures from The Perlite Institute) which recommended as much as six to seven pints of air entraining agents per yard should be disregarded! Some possible air entraining agents are: Hercules Neutralized Vinsol Resin (NVX)-dry powder. W.R. Grace Daravair 1000-liquid ALCOLAC-Siponic-liquid WA. Meadows double strength-liquid Hoechst AG-Hostapur OS Hill Brothers Chemical Co., Hico 303 Hill Brothers Chemical Co., Hico 315 Schaumbildner auf Proteinbasis, Protein based foamer Natriumlaurysulfat, Sodiumlauricsulfate Olefinsufonat, Olefinsulphonate Polyglykolather, Polyglycolether Sodiuoleat Witconate Please note: These companies and products have been used by contractors and transit mix companies during the last few years. There are others being used, and probably any reputable form of air entrainment will work as long as the final result is in the 8-15% air range. By listing these products, we do not not necessarily endorse them or assume any liablity for them or for any mixes made with them. Perlite Concrete Pumping Equipment Pumps Generally, progressive cavity pumps and not piston pumps should be used with perlite and vermiculite concretes. Piston pumps tend to crush and break the lightweight aggregates causing a reduction in yield. In contrast, manufacturers like Robbins Myers (Moyno pumps) and Strong manufacture the progessive cavity pumps which seem to be the best for most perlite and vermiculite applications. Pumping Hoses Rubber concrete pumping hoses should be a minimum of 3 inches. Smaller diameter hoses increase hose pressure and will result in a greater loss of yield and increased pump, rotor and stator wear. Use only as much hose as is necessary and where the hose goes over a wall make certain that it does not kink. On high rise construction, tie the hose off at each joint. For more information, please call or contact: The Schundler Company 10 Central Street Nahant, MA 01908 732-287-2244 or www.schundler.com email: [email protected] Back to Construction Products Main Page

FOR PERLITE AND VERMICULITE CONCRETE Perlite and vermiculite concrete aggregates combined with portland cement and water produce a lightweight insulating concrete used for lightweight roof decks, floor fills, lightweight structural decks, insulation for steam and coolant lines, bases of cryogenic storage tanks, oven insulation, interstitial spaces in reconditioned water and sewer lines, interstitial floors in hospitals, lightweight pre-cast forms and blocks, statuary, basic fills, and many other applications where a lightweight permanent concrete is desired. When mixing perlite and vermiculite concrete, air entrainment and progressive cavity pumps should be used. AIR ENTRAINMENT Perlite and vermiculite concretes require air entrainment of some type. The use of the correct amount of air entraining agent is very important. Air entraining agents (essentially special industrial soaps and/or foaming agents) produce countless tiny air bubbles that reduce the density of the concrete, increase the yield, and contribute to the insulation values. These bubbles also help prevent cracking and damage from freeze/thaw cylces. They do this by absorbing the effects of the concrete expanding and contracting. When adding air entraining agents, generally the intent is to create approximately 8-15% air in the final mix. This can be achieved by a variety of products. It is important to remember that there are different kinds of air entraining agents and different concentrations. As such, older literature (both our literature and brochures from The Perlite Institute) which recommended as much as six to seven pints of air entraining agents per yard should be disregarded! Some possible air entraining agents are: Hercules Neutralized Vinsol Resin (NVX)-dry powder. W.R. Grace Daravair 1000-liquid ALCOLAC-Siponic-liquid WA. Meadows double strength-liquid Hoechst AG-Hostapur OS Hill Brothers Chemical Co., Hico 303 Hill Brothers Chemical Co., Hico 315 Schaumbildner auf Proteinbasis, Protein based foamer Natriumlaurysulfat, Sodiumlauricsulfate Olefinsufonat, Olefinsulphonate Polyglykolather, Polyglycolether Sodiuoleat Witconate Please note: These companies and products have been used by contractors and transit mix companies during the last few years. There are others being used, and probably any reputable form of air entrainment will work as long as the final result is in the 8-15% air range. By listing these products, we do not not necessarily endorse them or assume any liablity for them or for any mixes made with them. Perlite Concrete Pumping Equipment Pumps Generally, progressive cavity pumps and not piston pumps should be used with perlite and vermiculite concretes. Piston pumps tend to crush and break the lightweight aggregates causing a reduction in yield. In contrast, manufacturers like Robbins Myers (Moyno pumps) and Strong manufacture the progessive cavity pumps which seem to be the best for most perlite and vermiculite applications. Pumping Hoses Rubber concrete pumping hoses should be a minimum of 3 inches. Smaller diameter hoses increase hose pressure and will result in a greater loss of yield and increased pump, rotor and stator wear. Use only as much hose as is necessary and where the hose goes over a wall make certain that it does not kink. On high rise construction, tie the hose off at each joint. For more information, please call or contact: The Schundler Company 10 Central Street Nahant, MA 01908 732-287-2244 or www.schundler.com email: [email protected] Back to Construction Products Main Page

Perlite and vermiculite concrete aggregates combined with portland cement and water produce a lightweight insulating concrete used for lightweight roof decks, floor fills, lightweight structural decks, insulation for steam and coolant lines, bases of cryogenic storage tanks, oven insulation, interstitial spaces in reconditioned water and sewer lines, interstitial floors in hospitals, lightweight pre-cast forms and blocks, statuary, basic fills, and many other applications where a lightweight permanent concrete is desired. When mixing perlite and vermiculite concrete, air entrainment and progressive cavity pumps should be used. AIR ENTRAINMENT Perlite and vermiculite concretes require air entrainment of some type. The use of the correct amount of air entraining agent is very important. Air entraining agents (essentially special industrial soaps and/or foaming agents) produce countless tiny air bubbles that reduce the density of the concrete, increase the yield, and contribute to the insulation values. These bubbles also help prevent cracking and damage from freeze/thaw cylces. They do this by absorbing the effects of the concrete expanding and contracting. When adding air entraining agents, generally the intent is to create approximately 8-15% air in the final mix. This can be achieved by a variety of products. It is important to remember that there are different kinds of air entraining agents and different concentrations. As such, older literature (both our literature and brochures from The Perlite Institute) which recommended as much as six to seven pints of air entraining agents per yard should be disregarded! Some possible air entraining agents are: Hercules Neutralized Vinsol Resin (NVX)-dry powder. W.R. Grace Daravair 1000-liquid ALCOLAC-Siponic-liquid WA. Meadows double strength-liquid Hoechst AG-Hostapur OS Hill Brothers Chemical Co., Hico 303 Hill Brothers Chemical Co., Hico 315 Schaumbildner auf Proteinbasis, Protein based foamer Natriumlaurysulfat, Sodiumlauricsulfate Olefinsufonat, Olefinsulphonate Polyglykolather, Polyglycolether Sodiuoleat Witconate Please note: These companies and products have been used by contractors and transit mix companies during the last few years. There are others being used, and probably any reputable form of air entrainment will work as long as the final result is in the 8-15% air range. By listing these products, we do not not necessarily endorse them or assume any liablity for them or for any mixes made with them. Perlite Concrete Pumping Equipment Pumps Generally, progressive cavity pumps and not piston pumps should be used with perlite and vermiculite concretes. Piston pumps tend to crush and break the lightweight aggregates causing a reduction in yield. In contrast, manufacturers like Robbins Myers (Moyno pumps) and Strong manufacture the progessive cavity pumps which seem to be the best for most perlite and vermiculite applications. Pumping Hoses Rubber concrete pumping hoses should be a minimum of 3 inches. Smaller diameter hoses increase hose pressure and will result in a greater loss of yield and increased pump, rotor and stator wear. Use only as much hose as is necessary and where the hose goes over a wall make certain that it does not kink. On high rise construction, tie the hose off at each joint. For more information, please call or contact: The Schundler Company 10 Central Street Nahant, MA 01908 732-287-2244 or www.schundler.com email: [email protected] Back to Construction Products Main Page

Perlite and vermiculite concrete aggregates combined with portland cement and water produce a lightweight insulating concrete used for lightweight roof decks, floor fills, lightweight structural decks, insulation for steam and coolant lines, bases of cryogenic storage tanks, oven insulation, interstitial spaces in reconditioned water and sewer lines, interstitial floors in hospitals, lightweight pre-cast forms and blocks, statuary, basic fills, and many other applications where a lightweight permanent concrete is desired. When mixing perlite and vermiculite concrete, air entrainment and progressive cavity pumps should be used. AIR ENTRAINMENT Perlite and vermiculite concretes require air entrainment of some type. The use of the correct amount of air entraining agent is very important. Air entraining agents (essentially special industrial soaps and/or foaming agents) produce countless tiny air bubbles that reduce the density of the concrete, increase the yield, and contribute to the insulation values. These bubbles also help prevent cracking and damage from freeze/thaw cylces. They do this by absorbing the effects of the concrete expanding and contracting. When adding air entraining agents, generally the intent is to create approximately 8-15% air in the final mix. This can be achieved by a variety of products. It is important to remember that there are different kinds of air entraining agents and different concentrations. As such, older literature (both our literature and brochures from The Perlite Institute) which recommended as much as six to seven pints of air entraining agents per yard should be disregarded! Some possible air entraining agents are: Hercules Neutralized Vinsol Resin (NVX)-dry powder. W.R. Grace Daravair 1000-liquid ALCOLAC-Siponic-liquid WA. Meadows double strength-liquid Hoechst AG-Hostapur OS Hill Brothers Chemical Co., Hico 303 Hill Brothers Chemical Co., Hico 315 Schaumbildner auf Proteinbasis, Protein based foamer Natriumlaurysulfat, Sodiumlauricsulfate Olefinsufonat, Olefinsulphonate Polyglykolather, Polyglycolether Sodiuoleat Witconate Please note: These companies and products have been used by contractors and transit mix companies during the last few years. There are others being used, and probably any reputable form of air entrainment will work as long as the final result is in the 8-15% air range. By listing these products, we do not not necessarily endorse them or assume any liablity for them or for any mixes made with them. Perlite Concrete Pumping Equipment Pumps Generally, progressive cavity pumps and not piston pumps should be used with perlite and vermiculite concretes. Piston pumps tend to crush and break the lightweight aggregates causing a reduction in yield. In contrast, manufacturers like Robbins Myers (Moyno pumps) and Strong manufacture the progessive cavity pumps which seem to be the best for most perlite and vermiculite applications. Pumping Hoses Rubber concrete pumping hoses should be a minimum of 3 inches. Smaller diameter hoses increase hose pressure and will result in a greater loss of yield and increased pump, rotor and stator wear. Use only as much hose as is necessary and where the hose goes over a wall make certain that it does not kink. On high rise construction, tie the hose off at each joint. For more information, please call or contact: The Schundler Company 10 Central Street Nahant, MA 01908 732-287-2244 or www.schundler.com email: [email protected] Back to Construction Products Main Page

When adding air entraining agents, generally the intent is to create approximately 8-15% air in the final mix. This can be achieved by a variety of products. It is important to remember that there are different kinds of air entraining agents and different concentrations. As such, older literature (both our literature and brochures from The Perlite Institute) which recommended as much as six to seven pints of air entraining agents per yard should be disregarded! Some possible air entraining agents are: Hercules Neutralized Vinsol Resin (NVX)-dry powder. W.R. Grace Daravair 1000-liquid ALCOLAC-Siponic-liquid WA. Meadows double strength-liquid Hoechst AG-Hostapur OS Hill Brothers Chemical Co., Hico 303 Hill Brothers Chemical Co., Hico 315 Schaumbildner auf Proteinbasis, Protein based foamer Natriumlaurysulfat, Sodiumlauricsulfate Olefinsufonat, Olefinsulphonate Polyglykolather, Polyglycolether Sodiuoleat Witconate Please note: These companies and products have been used by contractors and transit mix companies during the last few years. There are others being used, and probably any reputable form of air entrainment will work as long as the final result is in the 8-15% air range. By listing these products, we do not not necessarily endorse them or assume any liablity for them or for any mixes made with them. Perlite Concrete Pumping Equipment Pumps Generally, progressive cavity pumps and not piston pumps should be used with perlite and vermiculite concretes. Piston pumps tend to crush and break the lightweight aggregates causing a reduction in yield. In contrast, manufacturers like Robbins Myers (Moyno pumps) and Strong manufacture the progessive cavity pumps which seem to be the best for most perlite and vermiculite applications. Pumping Hoses Rubber concrete pumping hoses should be a minimum of 3 inches. Smaller diameter hoses increase hose pressure and will result in a greater loss of yield and increased pump, rotor and stator wear. Use only as much hose as is necessary and where the hose goes over a wall make certain that it does not kink. On high rise construction, tie the hose off at each joint. For more information, please call or contact: The Schundler Company 10 Central Street Nahant, MA 01908 732-287-2244 or www.schundler.com email: [email protected] Back to Construction Products Main Page

It is important to remember that there are different kinds of air entraining agents and different concentrations. As such, older literature (both our literature and brochures from The Perlite Institute) which recommended as much as six to seven pints of air entraining agents per yard should be disregarded! Some possible air entraining agents are: Hercules Neutralized Vinsol Resin (NVX)-dry powder. W.R. Grace Daravair 1000-liquid ALCOLAC-Siponic-liquid WA. Meadows double strength-liquid Hoechst AG-Hostapur OS Hill Brothers Chemical Co., Hico 303 Hill Brothers Chemical Co., Hico 315 Schaumbildner auf Proteinbasis, Protein based foamer Natriumlaurysulfat, Sodiumlauricsulfate Olefinsufonat, Olefinsulphonate Polyglykolather, Polyglycolether Sodiuoleat Witconate Please note: These companies and products have been used by contractors and transit mix companies during the last few years. There are others being used, and probably any reputable form of air entrainment will work as long as the final result is in the 8-15% air range. By listing these products, we do not not necessarily endorse them or assume any liablity for them or for any mixes made with them. Perlite Concrete Pumping Equipment Pumps Generally, progressive cavity pumps and not piston pumps should be used with perlite and vermiculite concretes. Piston pumps tend to crush and break the lightweight aggregates causing a reduction in yield. In contrast, manufacturers like Robbins Myers (Moyno pumps) and Strong manufacture the progessive cavity pumps which seem to be the best for most perlite and vermiculite applications. Pumping Hoses Rubber concrete pumping hoses should be a minimum of 3 inches. Smaller diameter hoses increase hose pressure and will result in a greater loss of yield and increased pump, rotor and stator wear. Use only as much hose as is necessary and where the hose goes over a wall make certain that it does not kink. On high rise construction, tie the hose off at each joint. For more information, please call or contact: The Schundler Company 10 Central Street Nahant, MA 01908 732-287-2244 or www.schundler.com email: [email protected] Back to Construction Products Main Page

Some possible air entraining agents are: Hercules Neutralized Vinsol Resin (NVX)-dry powder. W.R. Grace Daravair 1000-liquid ALCOLAC-Siponic-liquid WA. Meadows double strength-liquid Hoechst AG-Hostapur OS Hill Brothers Chemical Co., Hico 303 Hill Brothers Chemical Co., Hico 315 Schaumbildner auf Proteinbasis, Protein based foamer Natriumlaurysulfat, Sodiumlauricsulfate Olefinsufonat, Olefinsulphonate Polyglykolather, Polyglycolether Sodiuoleat Witconate Please note: These companies and products have been used by contractors and transit mix companies during the last few years. There are others being used, and probably any reputable form of air entrainment will work as long as the final result is in the 8-15% air range. By listing these products, we do not not necessarily endorse them or assume any liablity for them or for any mixes made with them. Perlite Concrete Pumping Equipment Pumps Generally, progressive cavity pumps and not piston pumps should be used with perlite and vermiculite concretes. Piston pumps tend to crush and break the lightweight aggregates causing a reduction in yield. In contrast, manufacturers like Robbins Myers (Moyno pumps) and Strong manufacture the progessive cavity pumps which seem to be the best for most perlite and vermiculite applications. Pumping Hoses Rubber concrete pumping hoses should be a minimum of 3 inches. Smaller diameter hoses increase hose pressure and will result in a greater loss of yield and increased pump, rotor and stator wear. Use only as much hose as is necessary and where the hose goes over a wall make certain that it does not kink. On high rise construction, tie the hose off at each joint. For more information, please call or contact: The Schundler Company 10 Central Street Nahant, MA 01908 732-287-2244 or www.schundler.com email: [email protected] Back to Construction Products Main Page

Please note: These companies and products have been used by contractors and transit mix companies during the last few years. There are others being used, and probably any reputable form of air entrainment will work as long as the final result is in the 8-15% air range. By listing these products, we do not not necessarily endorse them or assume any liablity for them or for any mixes made with them. Perlite Concrete Pumping Equipment Pumps Generally, progressive cavity pumps and not piston pumps should be used with perlite and vermiculite concretes. Piston pumps tend to crush and break the lightweight aggregates causing a reduction in yield. In contrast, manufacturers like Robbins Myers (Moyno pumps) and Strong manufacture the progessive cavity pumps which seem to be the best for most perlite and vermiculite applications. Pumping Hoses Rubber concrete pumping hoses should be a minimum of 3 inches. Smaller diameter hoses increase hose pressure and will result in a greater loss of yield and increased pump, rotor and stator wear. Use only as much hose as is necessary and where the hose goes over a wall make certain that it does not kink. On high rise construction, tie the hose off at each joint. For more information, please call or contact: The Schundler Company 10 Central Street Nahant, MA 01908 732-287-2244 or www.schundler.com email: [email protected] Back to Construction Products Main Page

Perlite Concrete Pumping Equipment Pumps Generally, progressive cavity pumps and not piston pumps should be used with perlite and vermiculite concretes. Piston pumps tend to crush and break the lightweight aggregates causing a reduction in yield. In contrast, manufacturers like Robbins Myers (Moyno pumps) and Strong manufacture the progessive cavity pumps which seem to be the best for most perlite and vermiculite applications. Pumping Hoses Rubber concrete pumping hoses should be a minimum of 3 inches. Smaller diameter hoses increase hose pressure and will result in a greater loss of yield and increased pump, rotor and stator wear. Use only as much hose as is necessary and where the hose goes over a wall make certain that it does not kink. On high rise construction, tie the hose off at each joint. For more information, please call or contact: The Schundler Company 10 Central Street Nahant, MA 01908 732-287-2244 or www.schundler.com email: [email protected] Back to Construction Products Main Page

Pumps Generally, progressive cavity pumps and not piston pumps should be used with perlite and vermiculite concretes. Piston pumps tend to crush and break the lightweight aggregates causing a reduction in yield. In contrast, manufacturers like Robbins Myers (Moyno pumps) and Strong manufacture the progessive cavity pumps which seem to be the best for most perlite and vermiculite applications. Pumping Hoses Rubber concrete pumping hoses should be a minimum of 3 inches. Smaller diameter hoses increase hose pressure and will result in a greater loss of yield and increased pump, rotor and stator wear. Use only as much hose as is necessary and where the hose goes over a wall make certain that it does not kink. On high rise construction, tie the hose off at each joint. For more information, please call or contact: The Schundler Company 10 Central Street Nahant, MA 01908 732-287-2244 or www.schundler.com email: [email protected] Back to Construction Products Main Page

Pumping Hoses Rubber concrete pumping hoses should be a minimum of 3 inches. Smaller diameter hoses increase hose pressure and will result in a greater loss of yield and increased pump, rotor and stator wear. Use only as much hose as is necessary and where the hose goes over a wall make certain that it does not kink. On high rise construction, tie the hose off at each joint. For more information, please call or contact: The Schundler Company 10 Central Street Nahant, MA 01908 732-287-2244 or www.schundler.com email: [email protected] Back to Construction Products Main Page

high efficiency crushing equipment for vermiculite quarrying plant

high efficiency crushing equipment for vermiculite quarrying plant

Vermiculite is a natural, non-toxic mineral, and the mineral can would expand at high temperature. It is a relatively rare mineral, it belongsto silicate. Its crystal structure is monoclinic, from the shape it looks like mica. Vermiculite is produced when certain granite hydrated. It is generally associated with asbestos while producing. Since vermiculitehas ion-exchange ability, it has great nutrition to the soil. In 2000years,the world's total output of vermiculiteis more than 500,000 tons. The main producing countries are China, South Africa, Australia, Zimbabwe and the United States.The vermiculite industry is very popular in the whole world and till now, more and more investors would like to enter the industry.

Vermiculite can be used as lightweight materials such as lightweight concrete aggregates, lightweight wall powder, and light mortar in construction field, also can be used as wall materials, fireproof board, fireproof mortar, firebrick in Fire resistant material industry. As steel clad wood, iron, cast impurity in metallurgy field. It also can be used as bait in marine fishing industry. Anyway, vermiculite has a wide application. Vermiculite is used in the greenhouse, with loose soil, good air permeability, water resistance, temperature and other characteristics, is conducive to the growth of crops, and can reduce fertilizer inputs. In the soilless cultivation techniques, it is essential raw materials. Vermiculite mix plastic insulationcan be made of an insulating board.Vermiculite is also used in medicine and health, animal feed and other fields. From its wide application, we can know that vermiculite has a bright market and investors can gain a lot from the vermiculite industry. SBM as a professional mining manufacturer in the world, and we can provide you with the whole production equipment.

Many people are interested in vermiculite quarrying plant, so in the market, more and more manufacturers would like to produce the vermiculiteproduction line equipment, so the competition of the machine is fierce. In all the manufacturers, one of the most famous manufacturers is SBM, which has 20years production experience. We believe we can give you the most professional vermiculite quarrying plant. In the whole plant, it includes many stages and many kinds of equipment. It mainly consists of vermiculite crushingequipment, vermiculite grinding equipment, transportation system, control system and vibrating feeder, vibrating screen, etc. Each of them adopt international advanced technology, so they are high efficiency and energy saving. The wear parts adopt high-end wear-resistant materials, so they have high performance and they can work for long time. We think our machine will be your best choice.

In all the vermiculite crushing equipment, the most popular machine is vermiculite cone crusher, from our customers feedback, we can know that our cone crusher has good performance and they speak highly of our crushing equipment. We are so glad to hear that our machine can help our customers gain a lot and success in their vermiculite mining industry. Our cone crusher features simple and reliable structure, positivepressure dustproof system, excellent grain type of output product and high carrying capacity and good stability. So thank for our customers support, we will try our best to design the new equipment to meet your different requirements. However, according to the different productivity, our technical personnel will give you the different equipment, and the equipment must be the most adaptable and reasonable.

We are professional in producing crushing and grinding equipment. We have many our own patents and the technology is so advanced. Besides, we have good service system, and we have many service sites all over the world, it will make your maintenance and guidance become more convenient and timely. So believe SBM, we will bring you that you never imagine.

mineral industry conveyors | mineral processing equipment

mineral industry conveyors | mineral processing equipment

Triple/S Dynamics has been manufacturing equipment for the minerals/mining industries since its founding in 1888. The harsh environments of this industry require heavy-duty construction that promotes reliability.

In the last twenty years, over 5,000 feet of Slipstick Industrial Conveyor has been moving hundreds of thousands of pounds of silica, quicklime, limestone, nepheline syenite, coal, pebble lime, and many other products that fall into this category.

Cement clinker is produced by heating to high temperature a mixture of substances such as limestone and shale. When cement clinker is ground with a specified amount of gypsum, it will produce Portland cement or when ground with specified amounts of gypsum and other materials it will produce blended cements.

Slipstick Conveyors have found their way into this process replacing buckets or belts. The Slipstick can handle this very hard and abrasive duty, highlighting other qualities of this conveyor including low abrasion, dust tight, low maintenance, and the ability to meter the feed downstream.

Potash is any of various mined and manufactured salts that contain potassium in water-soluble form. The name derives from pot ash, which refers to plant ashes soaked in water in a pot, the primary means of manufacturing the product before the industrial era.

Triple/S Dynamics equipment has been screening and conveying salt, in various forms, for over thirty years. From conveying table salt to flakes or screening to size salt pellets, the Slipstick Conveyor and the Texas Shaker Vibrating Screen have performed exceptionally well for decades.

The Slipstick Industrial Conveyor is the best choice for moving all types of sand, rock, or silica products. One processor came to us because the dust generated from a cutting process was causing bearings on the existing belt conveyor to fail very quickly.

Today, the S-25 Sutton Gravity Separator is separating the light from heavy (expanded from the unexpanded) vermiculite, in a range of separation across the face of the deck. In another application, the Sutton T-15 Stoner makes a two-way stream of heavy and light perlite product.

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