How to avoid car icing in winter?

Cars are increasingly freezing due to supercooled precipitation. In addition, the car can freeze due to sudden changes in temperature at night, as well as washing in frosty weather without complete drying.

In order to avoid freezing of rubber seals on the doors and trunk, they must be periodically treated with special auto chemicals containing silicone. After traveling in frosty weather, it is necessary to ventilate the car so that moisture does not accumulate inside, and dry the windshield.

It is not recommended to water an icy car with hot water, otherwise cracks may appear on the glass and the varnish coating may be damaged. Defrosters and plastic brushes should be used to clean the glass. However, ideally, the car should be in a garage or in a warm parking lot.

This is how the largest car wash in the world works

The German TV channel Welt published a film about the car wash company Dr. Wash, which he calls the largest car wash on the planet. Up to 4 thousand cars a day pass through the conveyors of the enterprise.

The car wash is located in German Stuttgart and, according to the authors of the film, does not lack customers. The area of the complex is 15 thousand square meters, which employs 110 employees. The washing conveyor moves at a speed of 1 km/h. The length of the chain of rotating brushes and sprinklers is 50 meters, and the car passes it in 3 minutes. In total, the body wash process includes 15 workstations.

In addition to the actual body wash, Dr. Wash is also engaged in cleaning interiors: the company is able to put in order the interiors of a thousand cars in a day. There are two interior conveyors in the complex, each employing 10 people with a strict distribution of duties: on average, it takes 8 minutes for one car.

Among other things, the complex has its own body polishing area, a gas station and an engine oil change station.

Industrial pumps are installed at the station, which pump water for washing from the city supply system, up to 350 thousand liters are consumed per day. However, there are also special tanks in which water is stored, already used, but passed through its own set of filters; purified water is reused. It is claimed that this not only reduces water consumption, but also reduces the burden on the environment.

The company needs a lot of electricity. For example, only the drying system spends up to 6 thousand kWh per day. This amount of electricity would be enough to cover the needs of two average households for a year.

The simplest body wash here costs 8 euros, and a range of services, including interior cleaning and manual waxing of the body, costs 40 euros.

In October, an American car wash equipment company posted a video illustrating the first car wash in 44 years, with an elderly Datsun 240Z sitting in a shed all the while.

Spray booths for cars

Car repair and restoration is a popular car service. To carry out work on the restoration of the paint and varnish coating of the car, professional equipment is required. The spray booth creates optimal conditions for returning the exterior of the car to perfect condition.

Design features

Spray booth is a set of specialized equipment that is designed to safely carry out painting work at a high quality level. The design includes effective ventilation, which removes and neutralizes volatile substances.

Spray booth is an efficient equipment that saves resources. It creates ideal conditions for painting car body parts due to:

  • effective purification of incoming and outgoing air;
  • absence of stagnant zones;
  • optimal temperature conditions;
  • lack of glare.

The design uses air duct valves that prevent the penetration of dirt and dust from the external environment. Spray booths comply with the requirements of environmental standards, as air is removed outside that does not contain hazardous chemical compounds.

Saving energy resources is achieved due to the tightness of the spray booths. In the drying mode, the temperature is maintained at the required level, which speeds up the drying process of paintwork materials.

Types of spray booths

Spray booths differ in size, functionality, ventilation system. They are classified into the following types.

Passage and dead ends. In the first case, the supply and unloading are carried out in different ways, in the second – along the same path. Walk-through spray booths are more productive equipment compared to dead-end models.

With high pressure and vacuum.

Two- and single-engine. Single-motor chambers are equipped with ventilation valves that are installed in the floor. Powerful air currents created by the fan move the paint mist from top to bottom. Contaminated air passes through exhaust units located in the floor, where it is cleaned and released into the surrounding atmosphere. In twin-engine spray booths, fans are installed on both sides. They direct air flows to the filtration system, which allows for good circulation of the purified air masses.

Spray booths for cars

Conditions for high-quality car painting

The process of applying and drying a multi-layer paint coating of car body parts requires the creation of certain conditions. Only professional spray booths can solve this problem:

A special environment is created for the high-quality performance of painting and drying operations. It does not contain pollution and dust, which provides the conditions for obtaining a smooth and even layer of coatings that does not have defects.

Optimum temperature conditions and humidity levels are maintained, which are necessary for sufficient tension of the paint film and to eliminate the appearance of haze.

Heating the air in the chamber and body parts shorten the drying time, which has a positive effect on productivity.

Safety is a must for any spray booth. To comply with this condition, structural parts are made of non-combustible materials: sheet steel for the walls and cement screed for the floor. All elements of the chamber have additional insulation, and the floor, walls and doors have increased fire resistance.

Good lighting simplifies the work of the master and prevents the appearance of highlights and shadows. The ventilation system is responsible for cleaning the air, which is equipped with effective filter elements.

Industrial hygiene is vital in some sectors for the development of their activity

The regulations are very demanding with some industries where asepsis and good hygiene are part of the production process

In this case, these companies have to get hold of top-tier suppliers that guarantee compliance with hygienic guidelines, so the chemical industry of cleaning products has incorporated the best formulas, and applies research and development to fulfill its function. As a general rule, hygiene is one of the premises to be met in any work environment. Undoubtedly, risk prevention policies and the right of workers to exercise their working hours in an environment that is as hygienic as possible, are part of the daily routine in any productive or service sector.

However, due to their nature, there are some production chains that have to safeguard extra hygiene compared to others, since this is part of their own business policy. Some examples can be given, such as the food industry, food packaging or medicine, mainly those that are intended for the ingestion of some substance by people.

For all these reasons, it is essential to provide, through expert suppliers, the best professional products for industrial cleaning, since this will entail, on the one hand, complying with hygienic-sanitary regulations and, on the other, being able to lower the price costs. However, the quality of the products should never be renounced, since this, although it may represent a small saving at first, in the long run may end up being unprofitable, since the needs will not be covered and part of the product could even be damaged. of the production chain.

These reasons are the main ones to recommend to the industrial sector that it has the absolute obligation to comply with exhaustive regulations that do not skimp when going to a good supplier, which, in its case, can help minimize costs for large consignments of purchased products.

Likewise, one of the most important industries in hygienic inspections is precisely that of food manufacturing and handling, which is why cleaning and disinfection in the food industry must be carried out under exhaustive criteria. And this can only be provided by a good chemical industry and official distributor of cleaning products. Thanks to the research and development of these companies, it is now possible to have products on the market that are increasingly natural, pleasant for the environment and that seek to eliminate all possible types of contamination.

Industrial cleanliness as a sign of guarantee

As has been observed, the food and pharmaceutical industry have to redouble their efforts in terms of hygiene. In the case of the former, this will prevent the proliferation of bacteria that can cause real health problems in the consumption chain, such as listeria or salmonellosis, both of which are highly contagious.

However, industrial cleaning, in any sector as a whole, is an added plus for the quality of the final product, even if it is not so standardized by control standards. In this sense, it should be noted that the vision of a clean factory or of any business is also part of its showcase and is a good example of the interest that management places in the overall vision of its brand.

Thus, it will not be the same to go to a mechanical workshop where the oils and the accumulation of resins and other elements are the showcase that the customer visually receives, than to go to one where everything is tidy, clean and that is perceived with a good hygiene. Without a doubt, betting on the second is going to be the option of the majority, hence the importance of maintaining any business with good cleaning standards.

The same happens with the cleaning of industrial warehouses, since it is one of the premises of occupational risk prevention, since the accumulation of substances can become dangerous. All of this may lead one to think that behind this need there is a specialist sector that, day by day, seeks greater development and research in order to put quality and environmentally sustainable products on the market.

In conclusion, hygiene is part of the consumer’s right, as well as the worker’s, in any production line, and more especially in sectors such as food. However, in any case, cleanliness will be an essential cover letter for any industry or business.

Industrial sweepers, a very efficient piece of equipment that improves the productivity of companies

When it comes to professional cleaning in large spaces, industrial sweepers are some of the most useful cleaning machines.

Its design and operation allows cleaning large areas in a very short time and very efficiently. In addition, its versatility is capable of providing a wide variety of benefits when carrying out cleaning tasks.

A cleaning tool that improves productivity in a company

Cleaning workspaces is a fundamental task in any company. The reason is that it not only offers a more pleasant and hygienic environment, as well as a more correct appearance, but it is also an aspect that contributes to productivity. With the help of industrial sweepers it is easier for companies to increase the productivity of their workplaces. This is because, on the one hand, they help keep them clean and tidy, and on the other, they make these spaces safer for staff.

Another characteristic of industrial sweepers, in addition to being highly efficient when it comes to keeping surfaces clean of dirt and dust, is that they work automatically. In fact, they can technically be described as automated cleaning platforms designed to sweep the floor and dispose of collected debris in the most efficient way.

Benefits offered by industrial sweepers

By themselves, these machines are capable of offering different benefits that go beyond just keeping the floor clean. As already mentioned, its use is capable of increasing productivity within a company by keeping spaces clean. But besides that, they also save time, sweeping any area much faster than a person.

On the other hand, industrial sweepers are agile machines, very easy to use and drive, economical considering the benefits they provide, offer a long life, and can also be used on a wide variety of surfaces. In companies like Envitec, you can find a wide range of industrial sweepers of excellent quality and of different prices and sizes, that is, for both small and large surfaces. From manual industrial sweepers, to the largest motorized ones, all are available in the stock of this company.

A washing station equipped with brushes to remove fooling on boats

Using the same principle as car washes, a Swedish company has developed a machine that cleans the hull of boats using moving brushes. It allows to remove the fooling on the hull and is ecological, because it avoids the application of antifooling paints, harmful for the environment.

All boats are confronted with fooling, this natural phenomenon of spontaneous colonization of the submerged part of the hull by different types of organisms (bacteria, unicellular algae, green algae, etc.). It makes boats difficult to maneuver and increases the fuel consumption of motorized ones. To delay this process, the most commonly used technique is to apply antifooling paint to the hull. This contains biocides and is therefore harmful to the environment. Its use is furthermore limited by decrees. Faced with this problem, the Swedish company Rentunder AB has developed an alternative solution inspired by car wash stations.

A washing station equipped with brushes to remove fooling on boats

The process is purely mechanical and is based on brushes, the rotation of which removes the fooling. Installed in ports, it is in the form of a U with floating pontoons arranged on three sides. The boat enters through the open one, then a door closes behind it, according to the same principle as the sectional doors of car garages. Horizontal brushes are then positioned on each side of the hull to clean it and automatically adapt to its shape. This process is suitable for boats not exceeding 6 meters in length and a draft (vertical distance between the waterline and the bottom of the keel) of 2.4 m. An additional brush is also used to clean the waterline, and under the hull, brushes mounted on jacks have the function of cleaning the keel.

A retention basin is positioned under the brushes to collect the waste which is then pumped, then filtered, before being evacuated to a specialized sorting centre. “Initially, chips of antifooling paint come off with the organisms, but the long-term objective is to stop using paint and clean the hull regularly with this machine,” explains Gaël Minier, President of G&G Boatwash, the company that imports this equipment into France and several neighboring countries.

The washing station can adapt to the depth of the ports

This equipment won the innovation competition at the last Paris boat show in the Service category. For the moment, only one machine is installed in France, in Les Sables-d’Olonne. It was first assembled and tested in Sweden, then disassembled to be transported in the form of a module to its destination. The set weighs just under 5 tons, and transport is provided using two semi-trailers or two containers. “This brushing system is robust and weighs 800 kg, adds Gaël Minier. The standard machine has a draft of 3.2 m, but it is possible to adapt it according to the different depths of the ports. Hydraulic motors and hoses contain biodegradable oil so as not to pollute the water in the event of a leak. »

This process requires regular cleaning of the hull, the frequency of which depends on the type of water. For boats navigating on lakes or in cold waters such as those located in Sweden, it is necessary to wash the hull twice a year. In the waters of the Atlantic zone, the cleaning should be done between 6 to 7 times a year, and in warm waters like those of Miami, it should be done monthly. On the other hand, the process is not suitable for boats that have remained for example two years in the water and on the hull of which are glued 100 kg of mussels.

A washing station equipped with brushes to remove fooling on boats

Despite the need for this regular cleaning, this process nevertheless proves to be economical, according to Gaël Minier: “It does not cost more than the cost of the application of an antifooling paint carried out by the owner of his boat, because you have to count the cranage, the sanding and the painting. And it costs less than the professional solution of applying antifooling paint at a shipyard. In Les Sables-d’Olonne, unit washing costs between 40 and 210 euros depending on the size of the boats, and it is possible to subscribe to an unlimited number of cleanings per year for a price starting at 300 euros, for boats measuring 6 meters, to 1,750 euros, for those reaching 16 meters.

This cleaning takes a short time, about a quarter of an hour. It has the advantage of keeping the hull of boats permanently clean and thus saves fuel consumption. Currently, the machine is controlled by an operator using a wi-fi remote control, but the Swedish manufacturer is continuing its research and development work to make the station completely autonomous, like car wash stations.

Reduce water consumption in industry

Water is costly. All living beings need it to quench their thirst. However, people quickly realized that the seemingly limitless resource can also be used for many other purposes.

Gradually, water consumption in industry grew rapidly. At the same time, climate change means that water supplies are becoming scarce in many regions. Read here why companies need to reduce their consumption of this precious liquid and how this can be done.

Why climate change is causing water shortages

The fact that water regenerates itself again and again in nature is due to the ability of the air to hold water vapour. The amount of vapor depends on the air temperature. The warmer it is, the more moisture it can hold over open water and wet surfaces. Humid air is lighter than dry. It rises to higher layers of the atmosphere, is blown away by the wind and reaches places that are so cold that the air has to let go of the water again. It then falls back to earth as precipitation in the form of rain or snow. Global warming is increasing the water content in the atmosphere. To make matters worse, water vapor is one of the greenhouse gases and drives global warming. The earth is drying out more and more. The industry must adapt to reducing water consumption.

Water consumption in industry

The most effective way to reduce water consumption is where large amounts of this resource are used. This is the case when water is used as a solvent for surfactants, salts, acids and alkalis and as a means of transport for substances, mechanical energy and heat. It is used as a solvent on a large scale in the metal processing industry. There, water is a component of cooling lubricants that enable workpieces to be machined. Surface technology uses aqueous solutions to clean, pickle and coat parts. In the chemical industry, most of the water is used for cooling or heating the reaction mixture.

Ways to reduce water consumption

In order to reduce water consumption in industry, three main practices are used, depending on the area of ​​application:

  • closed water circuits
  • extension of downtimes
  • recovery from waste water
  • closed water circuits

Closed circuits are the means of choice when water is used as an energy source. The required temperature level decides which state of aggregation is required. Liquid water is used for cooling or heating in the range from 0 °C to 100 °C. Hot water can be used very well in heating circuits. For cooling water, it is more economical to release the heat extracted from the process to the environment via evaporation in cooling towers. In these open circuits, the evaporated water has to be replenished. Since the salt content of the water would continue to increase as a result of evaporation, it is also necessary to discharge a certain amount of water and replace it with fresh water. Water consumption is reduced if the desalination water is treated or used as process water.

Temperatures above 100 °C can be reached through the use of steam. As the steam gives off heat to the process, it usually condenses. The condensate can be returned and reused as boiler feed water.

Reduce water consumption in industry

Extension of downtimes

Water-mixed cooling lubricants and surface technology baths gradually lose their effectiveness over the course of use. They are therefore disposed of at certain intervals and replaced with a new batch. Water consumption can be significantly reduced if the service life is extended through maintenance measures. Water-mixed cooling lubricants can be maintained by regularly separating out tramp oils and filtering out fine chips and dust. This also applies to cleaning baths, in which the cleaning agents have to be added afterwards.

Recovery of the water from the waste water

Water consumption in industry can be significantly reduced if the waste water produced is treated and reused as service water. In wastewater treatment, valuable ingredients can often be recovered in addition to the water. Various processes are used for waste water treatment. It often takes place in several stages. Solids can be removed from the water with filters. Suspended matter can be flocculated. Skimmers and separators are used to remove oils. In addition, vacuum evaporation, ultrafiltration or reverse osmosis can be used for water treatment.

Vacuum evaporation

With vacuum evaporation, the heat is supplied at negative pressure. This results in a lower boiling point. The vapor then condenses at normal atmospheric pressure and a higher temperature. Due to the temperature difference, the evaporation heat can be recovered and fed into the process.


With ultrafiltration it is possible to remove very small particles and macromolecules from the water. Membranes are used as the filter medium, the pores of which are adapted to the size of the substances to be removed.

Reduce water consumption in industry

Reverse osmosis

Reverse osmosis is a process in which natural osmosis is reversed using increased pressure. Natural osmosis is a process in which a solvent penetrates through a porous skin. Driving force is a concentration difference between solutions on both sides of this skin. The solvent penetrates into the area of ​​higher concentration until the resulting increase in pressure terminates the process or ruptures the skin. The process can be observed, for example, with ripe cherries that burst after a downpour. In reverse osmosis, stable membranes take over the task of the skin. The pressure is increased on the high concentration side until it exceeds the osmotic pressure. Then the solvent permeates through the membrane to the low concentration side.

Fungal infestation due to plant downtime

«Protect cooling lubricants from germs»

Water-mixed cooling lubricants are an ideal habitat for various fungi and bacteria. The microorganisms or their spores are ubiquitous. They get into the systems primarily through the air and through contact with human skin. Preservatives prevent many germs from multiplying. Others cannot tolerate oxygen and are deactivated by the circulation of the cooling lubricant. However, they come to life during a longer system downtime.

What do microorganisms do to cooling lubricants during system downtime?

Living microorganisms feed on components of the cooling lubricant, excrete metabolic products and multiply. During operation, the mixture of water and concentrate is constantly circulated. The intensive contact with the oxygen in the air and the effect of the preservatives prevent the metabolism of the organisms.

When the system is at a standstill, the liquid is still. Penetrated tramp oils collect on the surface, solid particles sink to the bottom. New conditions arise at the interfaces. Then the fungi and bacteria gather in the places that offer them comfortable conditions. Those who need oxygen stay on the surface. Those who are harmed by oxygen sink to the bottom. Fungi settle on the machine parts. When each has found its place, growth and reproduction begin.

Consumption of the cooling lubricant components

Water-miscible cooling lubricants are a carefully composed mixture of substances that fulfill very specific tasks:

  • Lubricants to reduce friction between tool and workpiece
  • Surfactants to form a stable emulsion of water and oil
  • Defoamers that suppress the foaming caused by surfactants
  • Inhibitors that ensure corrosion protection for machine parts and workpieces
  • Biocides to prevent the multiplication of germs

It is easy to understand that the whole system is no longer up to its task when individual components slowly disappear. In the event of a plant standstill, the degradation processes are intensified.

Test tube with fungal spores

Accumulation of metabolic products in the plants

The microorganisms break down chemical compounds into their components and convert them into other substances. Oils become carbon dioxide and water, and fragments of the long-chain compounds also remain. Strong-smelling hydrogen sulfide is formed from sulphur-containing molecules. Nitrogen compounds are converted to harmful nitrite.

The metabolic products accumulate in the cooling lubricant and throw the system out of balance.

Growth Of Biomass

The microorganisms themselves bring another problem. They form biofilms that clog the pipelines and parts of the systems can stick together. Initially, these are greasy, barely perceptible deposits of germs and metal abrasion. If countermeasures are not taken, biofilm mats develop over time that can be several centimeters thick. If this happens when the systems are at a standstill, they can no longer be commissioned properly.

Why not use effective biocides that kill all microorganisms – even when the system is idle?

The effectiveness of biocides depends on their concentration and their ingredients. It should be borne in mind that these are poisons that can also be dangerous for humans. Therefore, these substances are subject to the strict regulations of the Biocide Ordinance.

The permitted ingredients usually act selectively. That is, some kill fungi, others bacteria or algae. If the system is idle for a long time, germs can creep in that are not caught by the preservatives used.

As few biocides as possible are used. The concentration must be just sufficient to kill the target organisms. If the composition of the cooling lubricant changes, this also affects the biocide concentration. If it falls below a certain limit, individual germs can get used to the substances and develop resistance. Then the preservative no longer works.

Man with canister - he's wearing protective gloves

How can cooling lubricant emulsions be protected from infestation?

The concentration specified by the manufacturer must be strictly adhered to when preparing the water-miscible cooling lubricants. Then the preservative develops its full effectiveness. During operation, the composition must be checked regularly and the preservative must be replenished according to the manufacturer’s instructions. Special conservation measures are required before a longer system downtime. If a longer standstill is planned, contacting the manufacturer will help to find suitable means for preserving the systems.

The cooling lubricant concentration can best be determined with a refractometer. Depending on the result, the concentration is brought back into the required range by adding water or concentrate.

In addition to the concentration, the pH value and the nitrite content can be determined. Test strips that are dipped into the liquid are available from specialist retailers for both values. The discoloration of the indicator fields on the strips is compared with a scale on which the pH value or nitrite concentration can be read.

If it contains nitrite, if the pH value is below 7 or if the appearance and smell have changed, germs have probably developed. A suitable disinfectant should then be requested immediately from the manufacturer. If the microorganisms multiply in the systems for a longer period of time, the cooling lubricants cannot be brought back into a usable condition.

To prevent contamination, cooling lubricants must always be mixed with fresh drinking water. Regular machine maintenance and the ongoing separation of chips and foreign oils from the cooling lubricants in filters or separators are essential to protect against fungal infestation and germ infestation and also improve corrosion protection.

What to do if the cooling lubricant emulsion is contaminated after a system standstill?

If the cooling lubricant emulsion has “tipped over”, the only thing that will help is completely emptying the system, using system cleaners and thorough mechanical cleaning. Particular importance should be attached to the elimination of biofilms.

The main cause of film formation is the fungal attack on a system. The fungi grow on the surfaces of the plant components. They are often not detectable in the liquid. Other microorganisms, dust and metal debris accumulate on the fungal cultures. If the biofilms are not completely removed, the system will be contaminated again shortly after refilling. Cooling lubricant manufacturers have special chemical system cleaners available for cleaning systems after fungal infestation, which can also reach places that cannot be reached by mechanical means.


The effort to get a plant ready for operation, in which germs have spread during a longer standstill, is considerable. Machine care, care of the cooling lubricants and preventive measures in the case of foreseeable system downtimes can avoid this effort.

How to protect a classic car against corrosion and restore the paintwork?

The classic car market has experienced phenomenal growth in the last ten years. A new record was set in August 2017 – Aston Martin DBR1 from the 1950s was auctioned for USD 22.55 million (PLN 91.62 million). In 2018 alone, around 30,000 jobs were delivered to Europe. classic American cars, which clearly shows that this extremely dynamic market needs the help of experts.

Standox, a paint brand from the German city of Wuppertal, has an established position as a professional partner for workshops specializing in classic car restoration. At the same time, in times of economic uncertainty, many people are looking for something specific to allocate funds. Therefore, over the past decade, the value of investments in cars has far exceeded the value of investments in coins, diamonds and old wine. This trend is an ideal opportunity for garages to improve their classic car restoration skills and develop in this market segment.

Olaf Adamek, Standox Brand Manager for Europe, Middle East and Africa – Renovation of classic cars requires both extensive technical knowledge and qualified employees. However, it can be a very lucrative source of income for workshops. The customer community is large, compact and resilient to economic changes. They are often people with extensive general knowledge about classic car restoration, who require professional help from workshops in the field of painting. They must feel that their valuable acquisition is in good hands.

When choosing the best method of restoring a classic car, you need to pay attention to details. Sometimes an order to remove a bit of rust turns into a complete renovation with painting the entire body. Therefore, access to professional support and the right products is the key to success.

Corrosion: the number one enemy of automotive classics

How to protect a classic car against corrosion

The main difference between the paint restoration of a classic car and a modern car is protection against corrosion. Until the 1980s, bodywork was mainly made of sheet metal, which is very susceptible to moisture.

Harald Klöckner, Standox Training and Technical Service Leader EMEA – There is no doubt that getting a complete repair quote is crucial. Once we come to an agreement with the customer on this topic, the main task of the painter is to protect the historic car against corrosion. First of all, it is necessary to ensure that the putty does not come into contact with the bare sheet metal, and to limit the risk of corrosion during the preparation of the substrate. Always use a thin insulating layer between the sheet metal and the putty. Otherwise, the putty acts like a sponge and absorbs water, which then ends up in the metal.

Standox recommends a three-step approach – after the surface has been properly prepared, insulate the sheet metal with a Standox acid-curing primer such as Etching Adhesion Primer U3100 and a VOC filler such as VOC Xtra Filler U7560. Of course, the specifications of the respective paint system must be followed. The VOC filler isolates sanding marks and pores, and helps to even out the surface, making it an ideal base for the topcoat.

Perfect color match

How to protect a classic car against corrosion

As in the case of refurbishing new cars, the digital color management process significantly facilitates color matching in classic cars and improves the accuracy of the entire process. Refinishers have Standox digital color tools at their disposal, such as the Genius iQ spectrophotometer and Standowin iQ software, to perfectly match the color and recreate the original shade and effect of a classic car.

When there is very little original paint left on the body of a classic car due to extensive damage, when the car has been re-painted and the original color has long since been lost under newer coats, or when the color code is unknown, Standox helps the workshop with every step of the color matching and uses its expertise in area of ​​car restoration to help pick the correct color.

– Thanks to the advanced technology of the Genius iQ spectrophotometer and Standowin iQ software, workshops have access to over 200,000 constantly updated color recipes, allowing them to perfectly match color every time. All information is transmitted wirelessly to the scale, explains Harald Klöckner.

Resources and technical support

– In addition to the practical support that our customers can count on, we also provide a wealth of technical knowledge online so that refinishers can develop their skills, adds Harald Klöckner.

Standopedia is Standox’s online guide that provides refinishers with technical information and expert advice on a variety of painting issues, such as refinishing special colors or using new products. Standox also offers an extensive collection of Standothek technical guides that provide practical information for refinishers who wish to develop their skills in classic car restoration.

– Classic car owners have a great passion for their cars, and if the car has been repaired well, the owner will probably come to the workshop with the rest of the cars. Workshops offering a personalized and professional service gain customer loyalty, gain an appropriate reputation on the market and develop their business – summarizes Olaf Adamek.

How to degrease mechanical parts?

The degreasing of metal components, machinery and surfaces is an essential part of a wide variety of industrial and manufacturing activities. Machines must be clean to operate efficiently. Old parts must be cleaned before repair. Items produced should be cleaned prior to finishing, packaging and shipping.

Why clean grease from parts?

The challenges of degreasing mechanical parts vary depending on where the grease accumulates: in your machines, tools and equipment, or on the products you manufacture.

While regular lubrication of parts is generally a good thing, a buildup of dirty grease on industrial equipment can reduce performance and increase the rate at which components wear. And it will increase your production cost.

The risk of grease accumulating on items during production and manufacturing is slightly different. If you don’t remove it correctly at the right points in the process, you risk causing problems in the later stages of production and finishing, especially if they involve coating and painting. Grease can also complicate quality control, whether you do it manually or automatically.

How to degrease parts effectively?

In many cases, the process followed by companies to eliminate fat is long, repetitive and very laborious:

  • Wipe off most of the grease
  • Apply detergent or solvent to dissolve grease
  • Scrub to remove accumulated grease from corners and holes in parts
  • Rinse the surface
  • Dry the parts completely to reduce the risk of rusting
  • And even if you follow this process carefully, there is a risk that the end results will vary from one cleaned part to another.

There is a better way.

Degreasing solutions

The process is similar to the dishwasher you might have in your kitchen:

  • You load dirty items into the machine
  • You select the cleaning cycle you want to run
  • You press Start

The machine cleans mechanical parts, removing grease to a standardized standard that suits you, in a predictable period of time. And while the machine is running, you can focus on other key tasks.

This approach uses modern chemical degreasing solutions that are water-based rather than flammable solvent-based, reducing both workplace hazards and environmental impact. These degreasing fluids are recycled multiple times to minimize costs and include anti-corrosion agents that prevent flash rusting when the cleaned parts dry out.