The Metal Company’s range of Cellar & Brew fittings include tube bends, tees, valves and reducers which come with unions welded already on each end of them.
About
Cellar & Brew Fittings saves time and money and is more hygienic as the weld is purge welded and then polished. All our Cellar and Brew Fittings have either Tri Clover ferrules or RJT male and female parts. All our stocked RJT fittings use a hex nut, but we can manufacture using a slotted nut if required.
Our elbows are available in 90 and 45 degree bends.
The tees we stock are equal tees but we can weld up swept tees as a special request.
The reducers we stock are concentric reducers and we can also supply eccentric reducers as a custom item. Any of the RJT Reducers have the male part on the smaller end and the weld liner and hex nut on the larger end.
We also stock both A & E series butterfly valves. The A series is the same as a Keystone F250 valve with the Trigger action handle. The E series features a simple pull and twist action handle.
Our inline Sight glasses, which feature a polycarbonate tube. We stock them from 1” right up to 6”.
There are many other fittings that are part of our Cellar and Brew fittings range. This range includes hose tails; both single and double swaged, RJT hose joiners, Racking plates, Spray balls, and RJT and Tri Clover union blanks with a ½ inch or ¾ inch BSP female thread in the middle. We have an extensive range of adapters for Tri Clover, RJT and press-fit. These can all be found on our website.
We also stock a range of Ball lock quick connect gas fittings, ready to use with either BSP or Hosetail connections.
For our custom fabrication service, get in touch with us by phone or email, or draw any of our fittings that you’d like us to weld together and we can quote you a price. This service compliments the sale of our fittings and can be used with products across the range, from schedule pipe to dairy tube fittings. All of these are purge welded if applicable and cleaned before they are sent out.
Our team can easily price any fittings to be welded and delivered to you. It is not only limited to welding but we offer a machining and threading service for any tube, pipe or fittings.
About
Cellar & Brew Fittings saves time and money and is more hygienic as the weld is purge welded and then polished. All our Cellar and Brew fittings have either Tri Clover ferrules or RJT male and female parts. All our stocked RJT fittings use a hex nut, but we can manufacture using a slotted nut if required.
Our elbows are available in 90 and 45 degree bends.
The tees we stock are equal tees but we can weld up swept tees as a special request.
The reducers we stock are concentric reducers and we can also supply eccentric reducers as a custom item. Any of the RJT Reducers have the male part on the smaller end and the weld liner and hex nut on the larger end.
We also stock both A & E series butterfly valves. The A series is the same as a Keystone F250 valve with the Trigger action handle. The E series features a simple pull and twist action handle.
Our inline Sight glasses, which feature a polycarbonate tube. We stock them from 1” right up to 6”.
There are many other fittings that are part of our Cellar and Brew fittings range. This range includes hose tails; both single and double swaged, RJT hose joiners, Racking plates, Spray balls, and RJT and Tri Clover union blanks with a ½ inch or ¾ inch BSP female thread in the middle. We have an extensive range of adapters for Tri Clover, RJT and press-fit. These can all be found on our website.
We also stock a range of Ball lock quick connect gas fittings, ready to use with either BSP or Hosetail connections.
For our custom fabrication service, get in touch with us by phone or email, or draw any of our fittings that you’d like us to weld together and we can quote you a price. This service compliments the sale of our fittings and can be used with products across the range, from schedule pipe to dairy tube fittings. All of these are purge welded if applicable and cleaned before they are sent out.
Our team can easily price any fittings to be welded and delivered to you. It is not only limited to welding but we offer a machining and threading service for any tube, pipe or fittings.
Videos On Cellar & Brew Fittings
How Do Liquid Level Gauges Work?
Our Range of Stainless Steel Hosetails
Watch Tristan discuss the difference between 2 very distinctly different barbed and swaged hosetails along with our pre-fabricated options.
Concentric vs Eccentric Reducers | Technical Tuesday
Concentric and eccentric reducers are used to join two different sizes of pipe or tube. Concentric reducers derive their name from their cone-like shape and have ends on the same axis. Whereas eccentric reducers have a straight side and a cone shaped side. Watch Morgan discuss the difference between these reducers.
How Do Spray Balls Work? | Technical Tuesday
Spray balls are part of our Cellar & Brew Fittings range and are commonly used in dairy factories, breweries and across the food industry. These are used to clean the inner walls of tanks. Watch Morgan discuss what spray balls are and how they are used.
What Are Racking Plates Used For? | Technical Tuesday
Racking plates are a part of our Cellar and Brew Fittings Range and used in winemaking and brewing industries. These are used to separate liquids and solids when transferring fermented liquid from one vessel to another. Watch Huntley discuss.
What Are Ball Lock Gas Fittings? | Technical Tuesday
A ball lock gas fitting is a type of quick-connect no-leak coupler that is commonly used in the wine and brewing industries. They’re mostly used with Carbon Dioxide and Nitrogen gases on tanks and kegs. Watch Huntley discuss.
Our Range Of Cellar & Brew Fittings
The Metal Company's range of Cellar & Brew fittings include tube bends, tees, valves and reducers which come with unions welded already on each end of them. Watch Frank discuss about our range and how they save you time and money.
What Are Sampling Valves?
Sampling valves are a type of valve which is used for taking small samples of liquid from tanks or pipelines. This is typically done for purposes such as quality control, identification and regulatory assessment. Watch Max discuss.
What Are Needle Valves?
Needle valves are used to regulate small amounts of flow or high pressures through either an appliance or system. The unique feature about these valves is that they have a small plunger which is similar to a needle. Watch Patrick discuss.
A Series and E Series Butterfly Valves Explained
Watch Patrick discuss A Series and E Series Sanitary Valves. Both are suitable for food and beverage applications and are available with butt weld, tri clover or RJT connections.
Technical
Concentric and eccentric reducers are used to join two different sizes of pipe or tube. Concentric reducers derive their name from their cone-like shape. They have both ends on the same axis, resulting in the smaller section being in the direct centre of the larger section when viewed head-on. This style of reducer is the most common. On the other hand, eccentric reducers reduce the pipe to one side. They have a straight side and a cone-shaped side, causing the centerline to be offset. When viewed head-on, the smaller section is situated against one side of the larger section. These are particularly helpful on horizontal lines as they aid in proper drainage. The total length of our reducers are equal to the largest diameter. We stock butt weld concentric and eccentric reducers to suit tube, Sch10 pipe and Sch40 pipe. We also have some tube reducers available pre-welded with Tri Clover or RJT Fittings on the ends. Concentric and eccentric reducers are used to join two different sizes of pipe or tube. Concentric reducers derive their name from their cone-like shape. They have both ends on the same axis, resulting in the smaller section being in the direct centre of the larger section when viewed head-on. This style of reducer is the most common. On the other hand, eccentric reducers reduce the pipe to one side. They have a straight side and a cone-shaped side, causing the centerline to be offset. When viewed head-on, the smaller section is situated against one side of the larger section. These are particularly helpful on horizontal lines as they aid in proper drainage. The total length of our reducers are equal to the largest diameter. We stock butt weld concentric and eccentric reducers to suit tube, Sch10 pipe and Sch40 pipe. We also have some tube reducers available pre-welded with Tri Clover or RJT Fittings on the ends. Spray balls are part of our Cellar & Brew Fittings range and are commonly used in dairy factories, breweries and across the food industry to clean the inner walls of tanks. Spray balls are a spherical ball with a large number of holes which allow high pressure water to be spread in all directions. These are a really effective way to clean and sanitise processing equipment to help reduce the risk of contamination. These are made with 316 grade stainless steel and have a maximum pressure rating of 40PSI or 3Bar and a maximum temperature rating of 95°C. Here at the Metal Company, we stock spray balls to suit butt weld tube, BSP threads and tri clover connections with sizes from ½ inch right up to 2 inch. Spray balls are part of our Cellar & Brew Fittings range and are commonly used in dairy factories, breweries and across the food industry to clean the inner walls of tanks. Spray balls are a spherical ball with a large number of holes which allow high pressure water to be spread in all directions. These are a really effective way to clean and sanitise processing equipment to help reduce the risk of contamination. These are made with 316 grade stainless steel and have a maximum pressure rating of 40PSI or 3Bar and a maximum temperature rating of 95°C. Here at the Metal Company, we stock spray balls to suit butt weld tube, BSP threads and tri clover connections with sizes from ½ inch right up to 2 inch. Racking plates are a part of our Cellar and Brew Fittings Range and used in winemaking and brewing industries. These are used to separate liquids and solids when transferring fermented liquid from one vessel to another. The racking plate consists of an inlet and a dish. The dish depth is 20mm and the inlet is below the dish edge which provides maximum results when racking. In the inlet, there is a series of holes which allow fluid to pass through and retain sediment or lees, ensuring a clearer and more refined product. We stock racking plates to suit Butt Weld connections and with a Male RJT end connection. These are stocked in sizes 1 ½”, 2” and 3”. Racking plates are a part of our Cellar and Brew Fittings Range and used in winemaking and brewing industries. These are used to separate liquids and solids when transferring fermented liquid from one vessel to another. The racking plate consists of an inlet and a dish. The dish depth is 20mm and the inlet is below the dish edge which provides maximum results when racking. In the inlet, there is a series of holes which allow fluid to pass through and retain sediment or lees, ensuring a clearer and more refined product. We stock racking plates to suit Butt Weld connections and with a Male RJT end connection. These are stocked in sizes 1 ½”, 2” and 3”. Hose joiners are used to connect two hoses together. Typically, hoses have female ends on each end of them. The Metal Company stock an RJT Male Part Hose Joiner with male part ends to join two RJT female hoses. The hose joiner consists of a handle to make tightening the hoses easier. These are used in wineries. Hose joiners are used to connect two hoses together. Typically, hoses have female ends on each end of them. The Metal Company stock an RJT Male Part Hose Joiner with male part ends to join two RJT female hoses. The hose joiner consists of a handle to make tightening the hoses easier. These are used in wineries. Cellar & Brew fittings include tube bends, tees, valves and reducers which come with unions welded already on each end of them. This not only saves you time and money but is more hygienic as the weld is purge welded and then polished. All our Cellar and Brew fittings have either Tri Clover ferrules or RJT male and female parts. All our stocked RJT fittings use a hex nut, but we can manufacture using a slotted nut if required. Our elbows are available in 90 and 45 degree bends. The tees we stock are equal tees but we can weld up swept tees as a special request. The reducers we stock are concentric reducers and we can also supply eccentric reducers as a custom item. Any of the RJT Reducers have the male part on the smaller end and the weld liner and hex nut on the larger end. We also stock both A & E series butterfly valves. The A series is the same as a Keystone F250 valve with the Trigger action handle. The E series features a simple pull and twist action handle. Our inline Sight glasses, which feature a polycarbonate tube. We stock them from 1” right up to 6”. There are many other fittings that are part of our Cellar and Brew fittings range. This range includes hose tails; both single and double swaged, RJT hose joiners, Racking plates, Spray balls, and RJT and Tri Clover union blanks with a ½ inch or ¾ inch BSP female thread in the middle. We have an extensive range of adapters for Tri Clover, RJT and press-fit. These can all be found on our website. We also stock a range of Ball lock quick connect gas fittings, ready to use with either BSP or Hosetail connections. For our custom fabrication service, get in touch with us by phone or email, or draw any of our fittings that you’d like us to weld together and we can quote you a price. This service compliments the sale of our fittings and can be used with products across the range, from schedule pipe to dairy tube fittings. All of these are purge welded if applicable and cleaned before they are sent out. Our team can easily price any fittings to be welded and delivered to you. It is not only limited to welding but we offer a machining and threading service for any tube, pipe or fittings. Cellar & Brew fittings include tube bends, tees, valves and reducers which come with unions welded already on each end of them. This not only saves you time and money but is more hygienic as the weld is purge welded and then polished. All our Cellar and Brew fittings have either Tri Clover ferrules or RJT male and female parts. All our stocked RJT fittings use a hex nut, but we can manufacture using a slotted nut if required. Our elbows are available in 90 and 45 degree bends. The tees we stock are equal tees but we can weld up swept tees as a special request. The reducers we stock are concentric reducers and we can also supply eccentric reducers as a custom item. Any of the RJT Reducers have the male part on the smaller end and the weld liner and hex nut on the larger end. We also stock both A & E series butterfly valves. The A series is the same as a Keystone F250 valve with the Trigger action handle. The E series features a simple pull and twist action handle. Our inline Sight glasses, which feature a polycarbonate tube. We stock them from 1” right up to 6”. There are many other fittings that are part of our Cellar and Brew fittings range. This range includes hose tails; both single and double swaged, RJT hose joiners, Racking plates, Spray balls, and RJT and Tri Clover union blanks with a ½ inch or ¾ inch BSP female thread in the middle. We have an extensive range of adapters for Tri Clover, RJT and press-fit. These can all be found on our website. We also stock a range of Ball lock quick connect gas fittings, ready to use with either BSP or Hosetail connections. For our custom fabrication service, get in touch with us by phone or email, or draw any of our fittings that you’d like us to weld together and we can quote you a price. This service compliments the sale of our fittings and can be used with products across the range, from schedule pipe to dairy tube fittings. All of these are purge welded if applicable and cleaned before they are sent out. Our team can easily price any fittings to be welded and delivered to you. It is not only limited to welding but we offer a machining and threading service for any tube, pipe or fittings. The Liquid Level Gauge is made up of two parts, known as the ‘Upper’ and ‘Lower’ fitting. These are used with 19.05mm polycarbonate or borosilicate glass tube. This tube is friction fitted between the two fittings into a silicone seal at the outlets. This allows fluid to flow up to a maximum temperature of 180°C. Each unit has a stainless steel retaining nut. The nut acts as handwheel to gauge the flow through the tube and a 25.4-38.1m Tri Clover connection to let the liquid enter and exit. As the name suggests, liquid levels of tanks or barrels can be gauged by positioning the Upper Gauge at the top of the tank and the Lower Gauge near the bottom. This allows an external view of the liquid level within. The individual gauges are able to withstand a maximum pressure of 145PSI (10Bar); however, this may be less depending on the glass tube handling pressure. The Liquid Level Gauge is made up of two parts, known as the ‘Upper’ and ‘Lower’ fitting. These are used with 19.05mm polycarbonate or borosilicate glass tube. This tube is friction fitted between the two fittings into a silicone seal at the outlets. This allows fluid to flow up to a maximum temperature of 180°C. Each unit has a stainless steel retaining nut. The nut acts as handwheel to gauge the flow through the tube and a 25.4-38.1m Tri Clover connection to let the liquid enter and exit. As the name suggests, liquid levels of tanks or barrels can be gauged by positioning the Upper Gauge at the top of the tank and the Lower Gauge near the bottom. This allows an external view of the liquid level within. The individual gauges are able to withstand a maximum pressure of 145PSI (10Bar); however, this may be less depending on the glass tube handling pressure. A ball lock gas fitting is a type of quick-disconnect fitting that is commonly used in the wine and brewing industries, as well as other applications where frequent changes are necessary. Ball lock gas fittings are mostly used with Carbon Dioxide and Nitrogen gases, which are commonly used in wine and beer production. The fittings consist of two types, a male fitting and a female fitting, that lock into place with a ball and spring mechanism when pressed together. The fitting can be easily disconnected by pressing the two parts together and releasing the ball lock mechanism. All the ball-lock gas fittings we stock are ½” ball lock size, and have a full stainless steel body with EPDM Seals. This means they are suitable for a maximum temperature of 120°C and a maximum pressure of 215PSI / 15Bar. These are available for both Male & Female gas fitting to BSP nipple (male thread) or BSP socket (female thread), And we stock female Gas fittings with a barbed hose tail in three different sizes, 6mm, 10mm and 12mm. We stock replacement seals for our range of ball lock gas fittings. A ball lock gas fitting is a type of quick-disconnect fitting that is commonly used in the wine and brewing industries, as well as other applications where frequent changes are necessary. Ball lock gas fittings are mostly used with Carbon Dioxide and Nitrogen gases, which are commonly used in wine and beer production. The fittings consist of two types, a male fitting and a female fitting, that lock into place with a ball and spring mechanism when pressed together. The fitting can be easily disconnected by pressing the two parts together and releasing the ball lock mechanism. All the ball-lock gas fittings we stock are ½” ball lock size, and have a full stainless steel body with EPDM Seals. This means they are suitable for a maximum temperature of 120°C and a maximum pressure of 215PSI / 15Bar. These are available for both Male & Female gas fitting to BSP nipple (male thread) or BSP socket (female thread), And we stock female Gas fittings with a barbed hose tail in three different sizes, 6mm, 10mm and 12mm. We stock replacement seals for our range of ball lock gas fittings. Sight glasses are part of our Cellar & Brew Fittings Range. These has been developed to provide better access to specialist process equipment that is commonly used across New Zealand in the food and beverage industries. The Metal Company offers the Sight Glass with tube, Tri Clover ferrules and RJT male-female connections. These are of exceptional quality and can withstand up to 500PSI / 34Bar working pressure. The actual ‘glass’ tube is made of polycarbonate which can withstand temperatures up to 140°C; however, borosilicate glass tubes are also available for withstanding higher temperatures up to 230°C. The standard seals holding the glass in place are made of the PTFE rubber and kits are available for replacing seals that have worn over time. Sight glasses are part of our Cellar & Brew Fittings Range. These has been developed to provide better access to specialist process equipment that is commonly used across New Zealand in the food and beverage industries. The Metal Company offers the Sight Glass with tube, Tri Clover ferrules and RJT male-female connections. These are of exceptional quality and can withstand up to 500PSI / 34Bar working pressure. The actual ‘glass’ tube is made of polycarbonate which can withstand temperatures up to 140°C; however, borosilicate glass tubes are also available for withstanding higher temperatures up to 230°C. The standard seals holding the glass in place are made of the PTFE rubber and kits are available for replacing seals that have worn over time. Use our Sight Compatibility Chart as guide for evaluating the resistance of polycarbonate and acrylic materials to a wide range of chemicals Use our Sight Compatibility Chart as guide for evaluating the resistance of polycarbonate and acrylic materials to a wide range of chemicals Polycarbonate Chemical Compatibility Acetaldehyde C1 Acetamide D Acetic Acid B1 Acetic Acid 20% A1 Acetic Acid 80% B1 Acetic Acid, Glacial B1 Acetic Anhydride D Acetone D Acetyl Chloride (dry) D Acetylene D Acrylonitrile D Alcohols: Amyl B1 Alcohols: Butyl A2 Alcohols: Ethyl B2 Alcohols: Isopropyl A2 Alcohols: Methyl B1 Aluminum Chloride A1 Aluminum Chloride 20% A1 Aluminum Hydroxide B1 Aluminum Nitrate A1 Aluminum Potassium Sulfate 10% A1 Aluminum Potassium Sulfate 100% A2 Aluminum Sulfate A Amines D Ammonia 10% D Ammonia, anhydrous D Ammonia, liquid D Ammonium Chloride A2 Ammonium Hydroxide D Ammonium Oxalate A1 Ammonium Phosphate, Dibasic A2 Ammonium Sulfate A2 Amyl Acetate D Amyl Alcohol B1 Aniline D Aniline Hydrochloride D Antimony Trichloride A2 Aqua Regia (80% HCl, 20% HNO3) D Arsenic Acid A1 Asphalt D Barium Carbonate A2 Barium Chloride A Barium Hydroxide D Barium Nitrate D Barium Sulfate D Beer A2 Benzaldehyde D Benzene D Benzene Sulfonic Acid D Benzoic Acid B1 Benzol D Benzonitrile A1 Bromine C1 Butadiene D Butane D Butanol (Butyl Alcohol) B1 Buttermilk A1 Butyl Amine D Butyl Phthalate D Butylacetate D Butylene D Butyric Acid D Calcium Bisulfate D Calcium Bisulfite D Calcium Carbonate C2 Calcium Hydroxide D Calcium Hypochlorite D Calcium Nitrate A2 Calcium Oxide (Caustic Lime) D Calcium Sulfate A2 Carbolic Acid (Phenol) D Carbon Disulfide D Carbon Tetrachloride D Carbonic Acid A1 Chlorine, Anhydrous Liquid C Chloroacetic Acid D Chlorobenzene (Mono) D Chloroform D Chlorosulfonic Acid C1 Chocolate Syrup A Chromic Acid 10% B Chromic Acid 30% C Chromic Acid 5% B Chromic Acid 50% D Cider A Citric Acid A1 Copper Cyanide D Copper Nitrate D Copper Sulfate>5% A1 Copper Sulfate 5% A1 Cresols D Cresylic Acid D Cupric Acid A1 Cyclohexane B Cyclohexanone D Detergents A1 Diacetone Alcohol D Dichlorobenzene D Dichloroethane D Diesel Fuel A2 Diethyl Ether D Diethylamine D Diethylene Glycol B1 Dimethyl Aniline D Dimethyl Formamide D Epsom Salts (Magnesium Sulfate) A1 Ethanol B2 Ethyl Acetate D Ethyl Benzoate D Ethyl Chloride D Ethylene Bromide D Ethylene Chloride D Ethylene Chlorohydrin D Ethylene Diamine A2 Ethylene Dichloride D Ethylene Glycol B1 Ethylene Oxide C1 Fatty Acids B1 Ferric Chloride A2 Ferric Nitrate A1 Ferric Sulfate A1 Ferrous Chloride D Ferrous Sulfate A1 Fluorine C Fluosilicic Acid A1 Formaldehyde 100% A2 Formaldehyde 40% A1 Formic Acid A1 Freon 113 B1 Fuel Oils B1 Furfural D Gasoline (high-aromatic) A Gasoline, leaded, ref. A2 Gasoline, unleaded A2 Glucose A1 Glycerin A2 Heptane B Hexane D Honey A1 Hydrazine D Hydrochloric Acid 100% D Hydrochloric Acid 20% B1 Hydrochloric Acid 37% D Hydrocyanic Acid (Gas 10%) B1 Hydrofluoric Acid 100% D Hydrofluoric Acid 20% D Hydrofluoric Acid 50% D Hydrofluoric Acid 75% D Hydrogen Gas A2 Hydrogen Peroxide 10% A2 Hydrogen Peroxide 100% A Hydrogen Peroxide 30% A2 Hydrogen Peroxide 50% A2 Hydrogen Sulfide (aqua) A Isooctane B1 Isopropyl Acetate D Isopropyl Ether D Jet Fuel (JP3, JP4, JP5) A1 Kerosene D Ketones D Lacquer Thinners B Lacquers D Lactic Acid B Lard A1 Lead Sulfamate A1 Lithium Chloride B1 Lithium Hydroxide D Lubricants A1 Lye: Ca(OH)2 Calcium Hydroxide D Lye: KOH Potassium Hydroxide D Lye: NaOH Sodium Hydroxide D Magnesium Bisulfate A1 Magnesium Carbonate A1 Magnesium Chloride A2 Magnesium Hydroxide A1 Magnesium Nitrate A1 Magnesium Sulfate (Epsom Salts) A1 Manganese Sulfate A1 Mercuric Chloride (dilute) A Mercurous Nitrate A2 Mercury D Methanol (Methyl Alcohol) B1 Methyl Acetate D Methyl Alcohol 10% B1 Methyl Butyl Ketone D Methyl Cellosolve D Methyl Chloride D Methyl Ethyl Ketone D Methyl Isobutyl Ketone D Methyl Isopropyl Ketone D Methylene Chloride D Milk A Mineral Spirits C Monochloroacetic acid D Morpholine D Motor oil A Mustard A Naphtha B Nickel Chloride A2 Nickel Nitrate D Nickel Sulfate A Nitric Acid (20%) B1 Nitric Acid (50%) B Nitric Acid (5-10%) A Nitric Acid (Concentrated) C1 Nitrobenzene D Nitromethane D Oils: Cinnamon D Oils: Citric A Oils: Fuel Oil (1, 2, 3, 5A, 5B, 6) B Oils: Mineral B Oils: Olive A2 Oils: Orange C1 Oils: Pine A Ozone A1 Paraffin A1 Pentane A Perchloroethylene D Phenol (10%) B1 Phenol (Carbolic Acid) D Phosphoric Acid (>40%) A Phosphoric Acid (crude) A Phosphoric Acid (S40%) A Phosphoric Acid Anhydride D Phosphorus Trichloride C Photographic Developer A2 Photographic Solutions A1 Phthalic Anhydride A1 Picric Acid D Potassium Bromide A1 Potassium Chlorate A1 Potassium Chloride A Potassium Dichromate A1 Potassium Hydroxide (Caustic Potash) D Potassium Nitrate A1 Potassium Permanganate A2 Potassium Sulfate A1 Propane (liquefied) C1 Propylene Glycol B1 Pyridine D Resorcinal B1 Salicylic Acid A1 Salt Brine (NaCl saturated) A Sea Water A2 Silicone A2 Silver Nitrate A2 Soap Solutions A1 Soda Ash (see Sodium Carbonate) A Sodium Acetate A1 Sodium Benzoate A2 Sodium Bicarbonate A2 Sodium Bisulfate A1 Sodium Bisulfite A1 Sodium Borate (Borax) A1 Sodium Carbonate A2 Sodium Chlorate A1 Sodium Chloride A2 Sodium Chromate A2 Sodium Hydroxide (Caustic Soda) - 20% A2 Sodium Hydroxide (Caustic Soda) - 50% D Sodium Hydroxide (Caustic Soda) - 80% D Sodium Hypochlorite (<20%) C Sodium Peroxide A2 Sodium Sulfate A2 Sodium Sulfide D Sodium Thiosulfate (hypo) D Stannic Chloride A1 Stearic Acid A1 Stoddard Solvent A2 Styrene D Sulfur Dioxide (dry) A1 Sulfuric Acid (<10%) A1 Sulfuric Acid (10-75%) B1 Sulfuric Acid (75-100%) D Sulfuric Acid (hot concentrated) D Tannic Acid C Tetrachloroethylene D Tetrahydrofuran D Toluene (Toluol) D Tomato Juice A1 Trichloroacetic Acid D Trichloroethane D Turpentine D Urea D Vinegar A2 Water, Acid, Mine B2 Water, Distilled A2 Water, Fresh A2 Water, Salt A2 Whiskey & Wines A1 Xylene D Zinc Chloride A2 Zinc Sulfate A2 Chemical Compatibility Acetaldehyde C1 Chemical Compatibility Acetamide D Chemical Compatibility Acetic Acid B1 Chemical Compatibility Acetic Acid 20% A1 Chemical Compatibility Acetic Acid 80% B1 Chemical Compatibility Acetic Acid, Glacial B1 Chemical Compatibility Acetic Anhydride D Chemical Compatibility Acetone D Chemical Compatibility Acetyl Chloride (dry) D Chemical Compatibility Acetylene D Chemical Compatibility Acrylonitrile D Chemical Compatibility Alcohols: Amyl B1 Chemical Compatibility Alcohols: Butyl A2 Chemical Compatibility Alcohols: Ethyl B2 Chemical Compatibility Alcohols: Isopropyl A2 Chemical Compatibility Alcohols: Methyl B1 Chemical Compatibility Aluminum Chloride A1 Chemical Compatibility Aluminum Chloride 20% A1 Chemical Compatibility Aluminum Hydroxide B1 Chemical Compatibility Aluminum Nitrate A1 Chemical Compatibility Aluminum Potassium Sulfate 10% A1 Chemical Compatibility Aluminum Potassium Sulfate 100% A2 Chemical Compatibility Aluminum Sulfate A Chemical Compatibility Amines D Chemical Compatibility Ammonia 10% D Chemical Compatibility Ammonia, anhydrous D Chemical Compatibility Ammonia, liquid D Chemical Compatibility Ammonium Chloride A2 Chemical Compatibility Ammonium Hydroxide D Chemical Compatibility Ammonium Oxalate A1 Chemical Compatibility Ammonium Phosphate, Dibasic A2 Chemical Compatibility Ammonium Sulfate A2 Chemical Compatibility Amyl Acetate D Chemical Compatibility Amyl Alcohol B1 Chemical Compatibility Aniline D Chemical Compatibility Aniline Hydrochloride D Chemical Compatibility Antimony Trichloride A2 Chemical Compatibility Aqua Regia (80% HCl, 20% HNO3) D Chemical Compatibility Arsenic Acid A1 Chemical Compatibility Asphalt D Chemical Compatibility Barium Carbonate A2 Chemical Compatibility Barium Chloride A Chemical Compatibility Barium Hydroxide D Chemical Compatibility Barium Nitrate D Chemical Compatibility Barium Sulfate D Chemical Compatibility Beer A2 Chemical Compatibility Benzaldehyde D Chemical Compatibility Benzene D Chemical Compatibility Benzene Sulfonic Acid D Chemical Compatibility Benzoic Acid B1 Chemical Compatibility Benzol D Chemical Compatibility Benzonitrile A1 Chemical Compatibility Bromine C1 Chemical Compatibility Butadiene D Chemical Compatibility Butane D Chemical Compatibility Butanol (Butyl Alcohol) B1 Chemical Compatibility Buttermilk A1 Chemical Compatibility Butyl Amine D Chemical Compatibility Butyl Phthalate D Chemical Compatibility Butylacetate D Chemical Compatibility Butylene D Chemical Compatibility Butyric Acid D Chemical Compatibility Calcium Bisulfate D Chemical Compatibility Calcium Bisulfite D Chemical Compatibility Calcium Carbonate C2 Chemical Compatibility Calcium Hydroxide D Chemical Compatibility Calcium Hypochlorite D Chemical Compatibility Calcium Nitrate A2 Chemical Compatibility Calcium Oxide (Caustic Lime) D Chemical Compatibility Calcium Sulfate A2 Chemical Compatibility Carbolic Acid (Phenol) D Chemical Compatibility Carbon Disulfide D Chemical Compatibility Carbon Tetrachloride D Chemical Compatibility Carbonic Acid A1 Chemical Compatibility Chlorine, Anhydrous Liquid C Chemical Compatibility Chloroacetic Acid D Chemical Compatibility Chlorobenzene (Mono) D Chemical Compatibility Chloroform D Chemical Compatibility Chlorosulfonic Acid C1 Chemical Compatibility Chocolate Syrup A Chemical Compatibility Chromic Acid 10% B Chemical Compatibility Chromic Acid 30% C Chemical Compatibility Chromic Acid 5% B Chemical Compatibility Chromic Acid 50% D Chemical Compatibility Cider A Chemical Compatibility Citric Acid A1 Chemical Compatibility Copper Cyanide D Chemical Compatibility Copper Nitrate D Chemical Compatibility Copper Sulfate>5% A1 Chemical Compatibility Copper Sulfate 5% A1 Chemical Compatibility Cresols D Chemical Compatibility Cresylic Acid D Chemical Compatibility Cupric Acid A1 Chemical Compatibility Cyclohexane B Chemical Compatibility Cyclohexanone D Chemical Compatibility Detergents A1 Chemical Compatibility Diacetone Alcohol D Chemical Compatibility Dichlorobenzene D Chemical Compatibility Dichloroethane D Chemical Compatibility Diesel Fuel A2 Chemical Compatibility Diethyl Ether D Chemical Compatibility Diethylamine D Chemical Compatibility Diethylene Glycol B1 Chemical Compatibility Dimethyl Aniline D Chemical Compatibility Dimethyl Formamide D Chemical Compatibility Epsom Salts (Magnesium Sulfate) A1 Chemical Compatibility Ethanol B2 Chemical Compatibility Ethyl Acetate D Chemical Compatibility Ethyl Benzoate D Chemical Compatibility Ethyl Chloride D Chemical Compatibility Ethylene Bromide D Chemical Compatibility Ethylene Chloride D Chemical Compatibility Ethylene Chlorohydrin D Chemical Compatibility Ethylene Diamine A2 Chemical Compatibility Ethylene Dichloride D Chemical Compatibility Ethylene Glycol B1 Chemical Compatibility Ethylene Oxide C1 Chemical Compatibility Fatty Acids B1 Chemical Compatibility Ferric Chloride A2 Chemical Compatibility Ferric Nitrate A1 Chemical Compatibility Ferric Sulfate A1 Chemical Compatibility Ferrous Chloride D Chemical Compatibility Ferrous Sulfate A1 Chemical Compatibility Fluorine C Chemical Compatibility Fluosilicic Acid A1 Chemical Compatibility Formaldehyde 100% A2 Chemical Compatibility Formaldehyde 40% A1 Chemical Compatibility Formic Acid A1 Chemical Compatibility Freon 113 B1 Chemical Compatibility Fuel Oils B1 Chemical Compatibility Furfural D Chemical Compatibility Gasoline (high-aromatic) A Chemical Compatibility Gasoline, leaded, ref. A2 Chemical Compatibility Gasoline, unleaded A2 Chemical Compatibility Glucose A1 Chemical Compatibility Glycerin A2 Chemical Compatibility Heptane B Chemical Compatibility Hexane D Chemical Compatibility Honey A1 Chemical Compatibility Hydrazine D Chemical Compatibility Hydrochloric Acid 100% D Chemical Compatibility Hydrochloric Acid 20% B1 Chemical Compatibility Hydrochloric Acid 37% D Chemical Compatibility Hydrocyanic Acid (Gas 10%) B1 Chemical Compatibility Hydrofluoric Acid 100% D Chemical Compatibility Hydrofluoric Acid 20% D Chemical Compatibility Hydrofluoric Acid 50% D Chemical Compatibility Hydrofluoric Acid 75% D Chemical Compatibility Hydrogen Gas A2 Chemical Compatibility Hydrogen Peroxide 10% A2 Chemical Compatibility Hydrogen Peroxide 100% A Chemical Compatibility Hydrogen Peroxide 30% A2 Chemical Compatibility Hydrogen Peroxide 50% A2 Chemical Compatibility Hydrogen Sulfide (aqua) A Chemical Compatibility Isooctane B1 Chemical Compatibility Isopropyl Acetate D Chemical Compatibility Isopropyl Ether D Chemical Compatibility Jet Fuel (JP3, JP4, JP5) A1 Chemical Compatibility Kerosene D Chemical Compatibility Ketones D Chemical Compatibility Lacquer Thinners B Chemical Compatibility Lacquers D Chemical Compatibility Lactic Acid B Chemical Compatibility Lard A1 Chemical Compatibility Lead Sulfamate A1 Chemical Compatibility Lithium Chloride B1 Chemical Compatibility Lithium Hydroxide D Chemical Compatibility Lubricants A1 Chemical Compatibility Lye: Ca(OH)2 Calcium Hydroxide D Chemical Compatibility Lye: KOH Potassium Hydroxide D Chemical Compatibility Lye: NaOH Sodium Hydroxide D Chemical Compatibility Magnesium Bisulfate A1 Chemical Compatibility Magnesium Carbonate A1 Chemical Compatibility Magnesium Chloride A2 Chemical Compatibility Magnesium Hydroxide A1 Chemical Compatibility Magnesium Nitrate A1 Chemical Compatibility Magnesium Sulfate (Epsom Salts) A1 Chemical Compatibility Manganese Sulfate A1 Chemical Compatibility Mercuric Chloride (dilute) A Chemical Compatibility Mercurous Nitrate A2 Chemical Compatibility Mercury D Chemical Compatibility Methanol (Methyl Alcohol) B1 Chemical Compatibility Methyl Acetate D Chemical Compatibility Methyl Alcohol 10% B1 Chemical Compatibility Methyl Butyl Ketone D Chemical Compatibility Methyl Cellosolve D Chemical Compatibility Methyl Chloride D Chemical Compatibility Methyl Ethyl Ketone D Chemical Compatibility Methyl Isobutyl Ketone D Chemical Compatibility Methyl Isopropyl Ketone D Chemical Compatibility Methylene Chloride D Chemical Compatibility Milk A Chemical Compatibility Mineral Spirits C Chemical Compatibility Monochloroacetic acid D Chemical Compatibility Morpholine D Chemical Compatibility Motor oil A Chemical Compatibility Mustard A Chemical Compatibility Naphtha B Chemical Compatibility Nickel Chloride A2 Chemical Compatibility Nickel Nitrate D Chemical Compatibility Nickel Sulfate A Chemical Compatibility Nitric Acid (20%) B1 Chemical Compatibility Nitric Acid (50%) B Chemical Compatibility Nitric Acid (5-10%) A Chemical Compatibility Nitric Acid (Concentrated) C1 Chemical Compatibility Nitrobenzene D Chemical Compatibility Nitromethane D Chemical Compatibility Oils: Cinnamon D Chemical Compatibility Oils: Citric A Chemical Compatibility Oils: Fuel Oil (1, 2, 3, 5A, 5B, 6) B Chemical Compatibility Oils: Mineral B Chemical Compatibility Oils: Olive A2 Chemical Compatibility Oils: Orange C1 Chemical Compatibility Oils: Pine A Chemical Compatibility Ozone A1 Chemical Compatibility Paraffin A1 Chemical Compatibility Pentane A Chemical Compatibility Perchloroethylene D Chemical Compatibility Phenol (10%) B1 Chemical Compatibility Phenol (Carbolic Acid) D Chemical Compatibility Phosphoric Acid (>40%) A Chemical Compatibility Phosphoric Acid (crude) A Chemical Compatibility Phosphoric Acid (S40%) A Chemical Compatibility Phosphoric Acid Anhydride D Chemical Compatibility Phosphorus Trichloride C Chemical Compatibility Photographic Developer A2 Chemical Compatibility Photographic Solutions A1 Chemical Compatibility Phthalic Anhydride A1 Chemical Compatibility Picric Acid D Chemical Compatibility Potassium Bromide A1 Chemical Compatibility Potassium Chlorate A1 Chemical Compatibility Potassium Chloride A Chemical Compatibility Potassium Dichromate A1 Chemical Compatibility Potassium Hydroxide (Caustic Potash) D Chemical Compatibility Potassium Nitrate A1 Chemical Compatibility Potassium Permanganate A2 Chemical Compatibility Potassium Sulfate A1 Chemical Compatibility Propane (liquefied) C1 Chemical Compatibility Propylene Glycol B1 Chemical Compatibility Pyridine D Chemical Compatibility Resorcinal B1 Chemical Compatibility Salicylic Acid A1 Chemical Compatibility Salt Brine (NaCl saturated) A Chemical Compatibility Sea Water A2 Chemical Compatibility Silicone A2 Chemical Compatibility Silver Nitrate A2 Chemical Compatibility Soap Solutions A1 Chemical Compatibility Soda Ash (see Sodium Carbonate) A Chemical Compatibility Sodium Acetate A1 Chemical Compatibility Sodium Benzoate A2 Chemical Compatibility Sodium Bicarbonate A2 Chemical Compatibility Sodium Bisulfate A1 Chemical Compatibility Sodium Bisulfite A1 Chemical Compatibility Sodium Borate (Borax) A1 Chemical Compatibility Sodium Carbonate A2 Chemical Compatibility Sodium Chlorate A1 Chemical Compatibility Sodium Chloride A2 Chemical Compatibility Sodium Chromate A2 Chemical Compatibility Sodium Hydroxide (Caustic Soda) - 20% A2
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