The Chemische Fabrik Budenheim (cfb)
Our company was established in 1908 as company "Utz und Hensel, Chemische Fabrik in Budenheim" for the purpose of producing tartaric acid salts from tartar. After the First World War, the company management at that time concentrated on future-oriented products: the development and expansion of phosphate production. This forward-looking philosophy was an important step towards the establishment of today's international significance of Chemische Fabrik Budenheim.Today, more than 6,000 customers from over 100 countries place confidence in us. About 650 employees produce nearly 1,000 different products. Annual production amounts to approximately 200,000 tons. More than half of the finished products are exported.The association with the Dr. Oetker company in Bielefeld which has existed since 1923, is the basis for the positive development of our company. Today, we are among the consolidated companies of the Oetker group. Beside other phosphates mainly calcium phosphates, sodium phosphates, magnesium phosphates and potassium phosphates are manufactured.
Here you can find some links to our subsidiaries:
http://www.gallard.com/
http://www.gsbudenheim.com/
Neben anderen Phosphaten werden hauptsächlich Calciumphosphate, Natriumphosphate, Magnesiumphosphate und Kaliumphosphate hergestellt.
On our homepage you will find information"About us", like quality management, environmental protection, subsidiaries and the Family Budenheimer. Further there are links to Contact, News and Jobs. A search function is also integrated. Our world-wide agencies can reach the special area "Agency-Login" using a password to get further information and downloads.
The following terms are important to us:
Phosphate, Budenheim, Phosphates, Phosphoric acid, cfb, Food Phosphates, Calcium Phosphates, Sodium Phosphates, Magnesium Phosphates, Pharma, Toothpaste, Lubricants, Germany, Europe
Fluorescent lamps
Dicalcium phosphate is the main constituent of the white inner coating of fluorescent lamps. The inner coating ensures a pleasant colour and even lighting.
Toothpaste
Calcium phosphates are used in toothpastes as a polishing agent. As well as supporting the cleaning effect of the toothbrush they help in the remineralisation of the dental enamel. Alkali pyrophosphates prevent deposits of tartar. They are used as active substances in anti-plaque toothpastes.
Medicines, mineral preparations
Calcium phosphates are used as fillers, carrier for active substance and free flowing agents in the manufacture of tablets and capsules. Often without their use it would not be possible to produce solid medicines. Magnesium, calcium and iron phosphates serve as sources of minerals in respective preparations.
Animal food
Without the addition of phosphate, the pieces of meat would separate into the components fat, protein and meat juices; the animal food would look unappetising. Moreover, ours petâ??s food is enriched with added minerals in order to ensure a sufficient supply.
Sports drinks
Sports drinks, enriched with calcium, magnesium, potassium and iron phosphate as suppliers of minerals, refill the depleted depots.
Drinking water
A small amount of the products from our CLAROFOS range added to drinking water effectively prevents deposits of lime and rust, meaning that crystal clear water will not turn "brown" until it gets into the coffee machine.
Processed cheese
The use of phosphate as cheese emulsifying salt prevents the cheese separating during the melting process into the components fat, protein and water. Thus making it easy to spread and making it possible to re-melt evenly. SELF is the well-known name of our specialities for this application.
Free flowing agents
Tricalcium phosphates are extremely suitable as anti caking and free flowing agents for powder foodstuffs, such as, e.g., spices, milk powder, instant powder and cooking salt.
Orange juice
Enriching foodstuffs such as, e.g., orange juice, with calcium makes a considerable contribution to ensuring a balanced, mineral-rich diet.
Canned fruit and vegetables
Phosphates enable the colour of fruits and vegetables to be stabilised and their consistency to be preserved.
Powder and liquid cleaners
The water used for cleaning is made "softer" by the phosphate additives in cleaning agents, which increases their detergent power. Moreover, dirt particles can be kept in suspension making it easier to rinse these particles away.
Flower and garden fertiliser
Phosphates are important, natural nutrients for all plants. In particular, ammonia, sodium and potassium phosphates support the growth, blossom and quality of fruit, vegetables and ornamental plants.
Instant noodles
The consistency of the pre-cooked noodles would become rubber-like when the boiling water was poured onto them if they were not treated with phosphates. The treatment makes them more elastic and more appetising.
Potato products
The treatment of potatoes with acidic sodium pyrophosphate prevents the unwanted spots which occur during frying and, furthermore, helps stabilise the colour.
Acidulants in refreshment drinks
Phosphoric acid stabilises the colour and aroma in the well-known cola drinks. Phosphoric acid is declared on the label as acidulant E 338.
Canned fruit and vegetables
Phosphates enable the colour of fruits and vegetables to be stabilised and their consistency to be preserved.
Powder and liquid cleaners
The water used for cleaning is made "softer" by the phosphate additives in cleaning agents, which increases their detergent power. Moreover, dirt particles can be kept in suspension making it easier to rinse these particles away.
Flower and garden fertiliser
Phosphates are important, natural nutrients for all plants. In particular, ammonia, sodium and potassium phosphates support the growth, blossom and quality of fruit, vegetables and ornamental plants.
Instant noodles
The consistency of the pre-cooked noodles would become rubber-like when the boiling water was poured onto them if they were not treated with phosphates. The treatment makes them more elastic and more appetising.
The shine on metals
Metal surfaces can be shined up electrochemically using phosphoric acid. Surfaces polished in this way have excellent reflective properties. A well-know application here is for vehicle lamp reflectors.
Phosphatizing agents
Acid phosphates and phosphoric acid are used to "phosphatize" body components, e.g., in the automobile industry. This phosphate layer provides protection against corrosion and serves as a base for the paint-work. Phosphates create the important preconditions for the long lifetime of vehicles.
Wire bracing plies
The "framework" for steel braced tyres is made up of wire inserts. To improve the hold of the steel wire in the rubber, the wire surface is copper plated using copper pyrophosphate, brass coated by adding zinc or bronze coating by adding tin.
Hot forming processes, seamless pipes, forgings
The manufacture of seamless pipes and forgings is carried out by means of hot forming. The process becomes possible by forming an effective separating layer. Without the use of phosphates the glowing steel would weld together with the tool during the forming procedure. Well-known applications here are, e.g., steering knuckles and toothed wheels as well as assembly tools.
Machine processing
Phosphate containing cutting and drilling oils are used when carrying out mill-cutting and drilling work. These have excellent cooling and lubricating properties.
Metal treatment
You will find assembly sprays in workshops. These useful helpers contain phosphoric acid as rust converters.
Fire-extinguishing powder
Various phosphates are used in fire-extinguishing powders. With the action of heat, ammonium phosphates release non-combustible gasses and carbonising substances which extinguish the flames. Tricalcium phosphate serves as a free flowing agent for the fire-extinguishing powder.
Laser inscriptions
The laser inscription of, e.g., computer and typewriter keys is made possible by the use of phosphates. Compared to earlier printing procedures, this lettering does not rub off.
Plastics
Tetrasodium pyrophosphate is used as an auxiliary in the manufacture of plastic granules from which, e.g., device housings are produced by the injection moulding process.
Tiles Phosphates help, due to their liquefying
action, in the manufacture of tiles. Moreover, certain calcium phosphates serve as opacifiers for the glaze.
Enamel
This glassy coating on metal is produced, e.g., with the help of ammonium phosphate. Here, the phosphate produces a better adhesion to the metal and an adjustment of the thermal expansion.
Fish
Phosphates are used in the fish processing industry to counteract the weight losses during thawing and cooking and losses of protein, vitamins and minerals. They also provide an improved adhesion of breading.
Bone China
This high-quality porcelain is produced using pure calcium phosphate. This intensifies the translucent beauty of the porcelain.
Expandable polystyrene (Styropor)
Tricalcium phosphate is the most important auxiliary agent in the manufacture of expandable polystyrene. It is used to control the product quality. Well-known applications for foamed plastics are insulation and packaging.
Refractory
Phosphates cause the chemical bonding and hardening of refractories, bricks and mortars. Application examples here are chimneys or refractory linings.
Roof tiles
Phosphate additives make the production of roof tiles easier. Furthermore, they enable particular surface effects to be achieved.
Gypsum, cement
Phosphates influence the set time of gypsum, cement and concrete by delaying or accelerating the setting process. This ability to control this process makes working with these materials much easier.
Waste paper processing
Phosphate help to control the slurryng process in paper recycling.
Dispersion paints
Added products from our BUDIT range act as a dispersing agents for dye pigments and fillers in dispersion and house paints. Moreover, they prevent rust formation when using mineral undercoats or artificial plasters which contain iron, e.g., nails.
Primers
Calcium phosphates are used as an anticorrosive pigment in primers. They considerably prevent rust formation and provide an effective and environmentally-friendly protection against corrosion.
Leavening agents for baking cakes and pastries
With baking powder, use is made of the reaction between, e.g., acid sodium pyrophosphate with bicarbonate. The carbon dioxide gas produced plays an important role and contributes to the lightness of cakes and pastries.
Ice cream
The addition of disodium and tetrasodium pyrophosphate prevents the building of unwanted ice crystals when freezing ice-cream. This also causes the ice cream to melt slowly.
Photos
The addition of BUDIT and BUDEX products means that multivalent metals are bonded in the developer liquid which would otherwise cause streaks and spots on negatives and prints.
Decorative paper
BUDIT flame retardant agents ensure that combustible materials are no longer easily inflammable. Useful applications for this are: paper streamers, garlands, carpets in aeroplanes, insulation felts for automotive applications and flame retardant paints.
Cold puddings
Disodium and tetrasodium pyrophosphate are added to cold mixed desserts based on milk in order to achieve a stable gel.
Landing strip lighting
The use of phosphates enables the production of particularly colour-intensive special glass, which clearly increases the visibility of landing strip lighting at night and in bad weather conditions.
Coffee whitener, condensed milk
The use of dipotassium and disodium phosphate in coffee whitener and condensed milk effectively prevents curdling and feathering when added to coffee.
Telescope mirrors
Highly-pure aluminium, magnesium and boron phosphates are the main constituents of a glass ceramic for the construction of high-performance reflecting telescopes. Todayâ??s most modern and largest reflecting telescope in the world, which is in Chile, was manufactured using our products and enables objects in space to be viewed that are up to 10 thousand million light-years away.
Loaded and coated paper
BUDIT ensures the better distribution of kaolin and chalk in high-quality paper.
Slide projectors
Heat-resistant glass produced from phosphates provides protection, e.g., in projectors for the valuable slides against the heat radiated from the lamp.