How Liquid Filling Machines Benefit the Paint and Coatings Industry

How Liquid Filling Machines Benefit the Paint and Coatings Industry
Using Filling Machines to Increase Efficiency and Profitability
Liquid fillers are integral to liquid packaging lines, with automated models capable of maximizing efficiency. Without this equipment, the filling process wouldn’t be reliable enough to ensure that no product loss occurs because of inaccurate fill levels.
Technological developments that are creating more automation and computerizing many of the components in filling machines have made them more dependable than ever before, with many of the best models designed to allow for full customization and user friendliness.
One type of liquid filler that can meet the needs of the paint and coatings industry is the net weigh filling machine. Designed to handle products of low to high viscosity, net weigh fillers are ideal for filling liquids in bulk quantities, such as 5-gallon pails, with consistent weight levels for each container.
Net weigh fillers work by using independently timed valves with custom programming through the filler’s computer. They can then fill precise amounts of liquid by gravity into containers, stopping once the liquid reaches the specified weight.
These fillers can fill many different types and sizes of containers, with many of the top models capable of lasting for many years.
What is a Piston Filling Machine?
At Liquid Packaging Solutions, there are a number of different types of filling machines manufactured to handle different product viscosities, different fill sizes and other variations in packaging projects. The piston filling machine can solve many issues for products with particulates or high viscosity liquids, though it can also handle thin and medium viscosity products as well.
As product sits in the hopper, the valve, which sits between the hopper and the nozzle, will be open from the hopper to the cylinder. The piston will begin to withdraw from the cylinder, typically after an operator activates the fill by stepping on a foot switch. As the piston withdraws, product from the hopper will fill the empty cylinder. Once the piston has withdrawn to the desired point, the valve will rotate to allow product to move through the nozzle. At this point the piston push back in to the cylinder and move product through the nozzle and in to the waiting bottles or other containers. This process creates a highly accurate volumetric fill as the interior volume of the cylinder will never change, meaning the volume of product released to the bottles will never change.
The hopper sizes can vary from project to project based on the size of the containers or fills. Not all piston filling machines, and in particular, the automatic piston fillers, will use a hopper from which to pull product. Automatic lines will likely include a tank or pull from a bulk source. The cylinder and piston combination are also available in different sizes to accommodate different projects. The speed with which the piston moves can be adjusted, different piston sizes can be used to meet volume requirements and even multi-piston, automatic filling machines can be designed for use with inline packaging systems. LPS piston fillers allow the operator to adjust the length of the piston stroke, which in turn adjusts the volume of product that is pulled in to the cylider with each fill cycle. This way a single piston size can handle a range of container sizes. While multiple strokes of the piston can also be used for larger fills, at some point the efficiency of using multiple strokes will become low enough that simply changing out the piston for large containers will be the better solution.
The nozzle used on any piston filler will be chosen to meet the needs of the particular project at hand. For instance, a product with large chunks of fruit or vegetables will not work well if a narrow nozzle is used to move product in to the bottles. On the other hand, a very large nozzle will be cumbersome with a small mouthed bottle. There is virtually no limit to the type of nozzles that can be used, including custom manufactured nozzles where special projects are concerned.
Though a simple concept, the piston filler can be an ideal solution for many projects and for liquids thick and thin. Though these machines are known for handling viscous products, in the right circumstances they will handle free-flowing liquids as well. For assistance finding the best type of filling machine for your own packaging project, contact Liquid Packaging Solutions today.
Overflow fillers, gravity fillers, automatic piston filling machine and other liquid fillers all vary in the way that they move product into a bottle or container. However, the automatic versions of these machines almost always have certain features in common. These features are intended to add efficiency, consistency and reliability to the packaging equipment. Below are a few of the most common features of found on Liquid Packaging Solutions’ bottle fillers.
Heavy Duty and Portable Stainless Steel Frame
For consistent and reliable fills, the machine must be stabile throughout the process. The heavy duty stainless steel frame protects against shifting, vibrating and other movement that might effect the volume or the level of the fill, while also avoiding splashes and spills. The stainless steel material is compatible with a vast majority of products, though there are exceptions. When corrosive liquids are run on the machinery, other construction materials may be used for the frame, including HDPE. Ultimately, the material used will be that material which will better extend the useful life of the equipment.
Easy Adjustments From Height to Heads
Many packagers fill more than a single product, or at the very least fill into bottles of multiple sizes and shapes. Changing over from one product or bottle to another means stopping production on the liquid filler. These machines include simple adjustments to minimize downtime and maximize production. Fill heads can typically be moved using simple fingertip adjustment knobs, while power height comes standard on automatic equipment, allowing up and down movement with the flip of a switch. Even auxillary equipment such as power conveyors include knob adjustments or other simple components for railing and other changes. Other adjustments, such as time and delay settings, can easily be made from the operator control panel, discussed in more detail below.

Gravity filling is the simplest filling method. The uncomplicated construction and operation of gravity filling machines permits them to run with a minimum of maintenance. The supply tank (more properly called the filler bowl) is the upper, central part of the machine. Filling stems are attached to the bottom surface of the bowl at each container filling point. A vent tube extends upward into the filler bowl to a point above the liquid level. To begin the filling operation, the container is raised by the platform until it contacts the filling stem. The platform then continues to raise the container against the stem, opening the filling valve. With the filling valve open, the liquid drains into the container. The air in the container flows out trough the vent tube into the space above the liquid in the filler bowl. Although the container becomes filled, the liquid continues to flow in. The excess fluid rises in the vent tube until it reaches the same height as the liquid level in the bowl. Because the vent tube extends above the bowl liquid level, there is no overflow of liquid from the container into the bowl. If the product is foamy, the foam will rise in the vent tube above the liquid level in the bowl. If it is stable foam and will not break down, it will ultimately overflow into the bowl. For this reason, gravity fillers are not often used for foamy products. At the predetermined time after the container is filled, it is lowered from its filling position, closing the filling valve. Liquid left in the filling stem is removed from the vent tube in several ways. For most applications the liquid will fill drain into the next container. For high viscosity (thick) liquids, the vent tube is usually brought out beyond the side or top of the bowl. Here its outer end can be connected to a device that applies pressure or vacuum to the liquid in the tube to assist in the liquid removal. The total differential pressure that allows the fluid to flow is caused by the gravity head pressure in the bowl. This is usually no more than two or three feet of head, or about one psi. On this basis, it can be seen that these fillers will not permit rapid filling of viscous liquids unless they have larger diameter filling stems. To accommodate the stem, the container must also have a large neck opening; otherwise machine modifications have to be made. ElGravity 150×150 Gravity Filling Machine PrinciplesAnother type of gravity filler uses electronics. It consists of a fixed liquid reservoir or bowl with open-end filling stems. The containers are conveyed on the filling line with an intermittent motion, stopping beneath the filling stems. Inside each filling stem is a ball check connected to a long rod. A pencil shaped magnetic block is attached to the top of the rod and passes through a magnetic coil. As the container moves under the stem, it is detected by a sensing device such as a limit switch or electric eye. This device stops the conveyor, and energizes the magnetic coil. The magnetic field causes the magnetic blocks to lift, raising the rod and the ball check from its seat inside the stem. The rate and amount of fill is controlled by the size of the stem orifice and time delay relay connected to the magnetic coil. Because a direct insertion filling tube is not used on this type of gravity filler the filling stem orifice must be smaller than the inside diameter of the container being filled. On small size containers a more positive means for positioning the bottle beneath the filling stem is used. Fill Height Control In addition to controlling fluid flow, control of the filling height is also important. In general filling machines that elevate the container control the fill height from the bottom of the bottle to the liquid level. The rise of the container is positive, and variations in overall container height are compensated for by greater or lesser seal compression. On rising container machines, a compression spring is often built into the tray elevating mechanism. In this case, container height variations are compensated for by the spring, and the fill height is then controlled from the top of the bottle to the liquid level. Controlling the fluid level from the top can be important if the bottle to be filled has square shoulders, because even a slight under fill is noticeable. In rising stem fillers, variation in container height is taken up by the stem itself. It is usually lowered by gravity or light spring pressure, so the fill height is controlled from the top of the bottle to the liquid level. If the product contains a volatile liquid, such as alcohol, control of the fill height is especially important. In this instance, excessive headspace could allow dangerous vapors to form and the bottle would possibly burst if it were stored in a hot warehouse. Therefore, controlling the fill height is an important function of the filling machine. Normally, a fill height tolerance of 1/32″ is acceptable. Container Control There are several devices used to control the containers coming into the filling area. Included are star wheels, worm or screw sorters, and lug chains. They can be used independently or in combination, depending on the type of container, the filling machine, and the product being placed in the container. The majority of all liquid filling machines operate as continuous filling devices. In most applications the machine has a large rotating filling head, which must be constantly supplied with containers. This is accomplished by a continuously running flat top chain conveyor feeding a star wheel or lead screw device. From here the containers are fed into the filling section. Star wheels when used alone separate the containers so they will be properly located beneath the filling stem. They can be made to handle a variety of container designs, although in some cases, the containers may have to be guided into the star wheel to ensure proper separation. Worm sorters are often used to guide containers into a star wheel. They can be short in length and only located near the machine in feed, or they may be full length of the machine’s main conveyor. The amount of container control determines the worm length. In most cases, worm sorters are very much like a wood screw; starting out small in diameter and then increasing to full diameter. A continuous pocket is formed at the root between the raised portion or crest of the thread. This pocket carries the container into its position on the filling machine by a rotating action. Because each container is different in design, worm sorters are usually made for individual applications and are not an “off-the-shelf” item. Lugged chains are normally used with inclined conveyors and semiautomatic filling machines. These machines can be either continuous or intermittent motion devices. The chain lugs are spaced to match the filling nozzles or stems. For example, if the filling stems are on four-inch centers. The chain is adjustable at the drive sprocket for timing purpose only. Position adjustments are usually made by moving the filling heads. Whatever method is used for container control, it is an important part of proper machine operation.

THE FACTS ABOUT PAINT PROTECTION FILM

THE FACTS ABOUT PAINT PROTECTION FILM
Paint protection film is a modern marvel. It’s a thin but exceptionally durable polymer or polyurethane film that is the ultimate layer of protection. Not only does it keep your ride’s clear coat protected against chemicals, UV exposure, acid rain and road debris, but if the vehicle’s paint is impacted by road debris, it can save you thousands of dollars in autobody repair.

There is a lot of information on the interwebs about car paint protection film. Some of it is accurate, and others are pure, 100 percent, grade A BS. Search up ceramic coating and you’ll get similar misleading information. So, let’s explore the truth about paint protection film.

In this article – we’ll weed through the myths, rumors, and flat our false information out there, to provide a definitive guide about paint protection film. Does it really protect from light scratches? Can PPF actually self-heal?
We’ll also introduce you to Kavaca instant healing paint protection film – the most advanced PPF on the market today. Additionally, we’ll explain why it makes sense to apply a professional grade ceramic coat on top of that PPF – to create the Ultimate Shield of protection. If you’d like to compare PPF vs ceramic coating, we’ve got a great article you can review after reading this one.
In order to fully appreciate the power of paint protection film, it’s important to explore it’s history. Like many of today’s modern achievements, PPF was developed to solve a problem. During the Vietnam War, the United States Department of Defense was having trouble with rotor blades on several of their helicopters being damaged by shrapnel, trees, and other debris.

The folks at 3M were tasked to create a protective layer that was lightweight, yet incredibly strong. The solution was called helicopter tape or a custom urethane film that was designed for function – not style.

Today’s PPF is far cry from 3M’s helicopter tape. It’s thermoplastic urethane that is transparent, can be colored, even custom textured to enhance gloss or matte paint jobs. It is a clear paint protection film that can be purchased in different grades, thickness, and is applied by highly trained professionals with precision accuracy.
There are a lot of coating for cars on the market today. But tpu car paint protection film is arguably the best and most-effective solution. The 3M Corporation is the Godfather of PPF. As explained above, its primary application was to apply a tint to protect lightning-fast spinning helicopter rotor blades from being damaged. Today, more than a dozen different types, brand names, and designs are offered to car enthusiasts.

You’ve probably heard of some of the leading brands including our own Kavaca, 3M Paint Protection Film Pro Series, Llumar, Suntek, and Xpel film. However, it’s commonly misunderstood that the brand of PPF is associated with the type of product.

While sometimes this is the case, the brand is not always related to the material or its proprietary properties. This is one of the myths or misleading PPF truths that can confuse car owners. Some are applied as full wraps while others are partial hood. There are several that offer limited warranties and some that can back up their product with a 10-year warranty.
Arguably the most popular ‘name’ in the paint protection films market is clear bra. This is a dual-purpose term – kind of like calling a soda pop a “Coke” – or sealable plastic bags “Zip-Lock”. Clear Bra is a brand name for a specific type of protective film. But, it’s also a specific brand as well.

It’s applied to the front end of the vehicle, covering the front bumper, car’s paint, grille, headlights, splitter, and even the front portion of the hood and front fenders. The term “bra” is used to describe the location of the application.
For a PPF to protect, it’s got to be bonded to a surface. This becomes possible when that surface is clean, free of debris, and any damage. However, since a paint protection film is transparent, the condition of the paint or surface underneath makes a huge difference in the brilliance of the finished product.

What is a Decontamination Car Wash? A decontaminating car wash is typically the first step of PPF prep. It involves the use of a wax-stripping car shampoo that acts as a detergent, which breaks down the oils in wax, factory paint sealant, and allows them to be washed away.

If you have a ceramic coating applied to your entire vehicle, the professional detailer that installs clear bra film will simply complete a maintenance car wash. If there are minor scratches due to rock chips – or if you have an older paint job, the auto detailing company might want to repair those issues in the next step.

What is Paint Correction? Once the surface has been cleaned and stripped of initial debris, the installer will inspect the condition of the paint. If it is faded, aged, has spider-webbing or swirl marks, or shows signs of damage, the installer will recommend paint correction to the client.

This involves polishing or using a cutting compound to remove minor scratches or imperfections in the paint. The final result is a perfectly smooth surface that allows the PPF to bond but also allows the brilliance of the finish to shine.

Final Wipe Panel Wipe Down: Using a proprietary blend of chemical agents, the authorized and certified PPF installer will remove any contaminants or excess polishes or oils on the surface.
A professionally prepped and applied automotive paint protection film has an expected longevity of five to 10 years. However, like any other paint protection solution, the durability of the PPF is impacted by several variables.
Having a certified paint protection film installer complete the entire process is another surefire way to extend the lifespan of your PPF. The material and supplies they use is just as crucial.

Most PPF brands, like Ceramic Pro PPF Kavaca partner with the best professional detailers and installers, have advanced training and certification process, to ensure their clients receive the best possible service. Working with the right PPF dealer will reduce air bubbles in the finished product, which makes the PPF look seamless.

Inferior top coat materials are common in cheap products, which leads to yellowing or potential for a stain to occur. It also provides reduced protection against bug acids.
During the recent Circuit Breaker, many car owners were left wondering if they were permitted to wash their cars within HDB compounds. It is evident that we Singaporean drivers really pride ourselves in ensuring our vehicles look good despite not being able to leave our homes.

A common method to give your car a lasting shine with minimal maintenance would be to send it to a car detailer for a good polish. When it comes to car polishing, most drivers would be familiar with the common terms like Ceramic Coating and auto paint protector film (PPF). However, what drivers are unlikely to know is that giving your car a good polish does more for your car than simply enhancing its aesthetic features.

Let’s take a closer look at what each of these applicants does for your car to see if there are more to them than meets the eye.
Something all vehicle owners want is for their ride to look brand new and shiny – like it never left the showroom floor. This can be achieved with Ceramic Coating, a coating that only needs to be applied once, which bonds to the surface of your vehicle’s paint, greatly enhancing its ability to withstand the harsh weather and environmental conditions of Singapore’s roads.

Additionally, Ceramic Coating reduces the effort needed in maintaining your car to look brand new, as it allows for easier cleaning while increasing your vehicle’s shine. Vehicle owners will know the dilemma of finding a minor scratch on their beloved vehicle, yet choose to put up with the ugliness as repairing it will cost a substantial amount. However, you will be pleased to find out that with a good quality Ceramic Coat, minor scratches may be removed with a thorough polish.

Ceramic Coating, however, is not a full-proof solution for your car’s grooming needs as it does not improve your vehicles toughness to withstand more severe injuries like rock chips – very commonly faced by Singaporean drivers as we share the roads with big trucks.
If your goal is to protect your vehicle from scratches and rock chips – something Ceramic Coating is not capable of, then PPF is what you’re looking for. PPF, though costing slightly more than Ceramic Coating, is a military grade film that greatly enhances your vehicle’s resistance to foreign objects, something Ceramic Coating is not capable of. Additionally, PPF has self-healing properties that protects your paint from rock chips, contaminants and scratches, as scars will dissipate over time with heat.

PPF sadly reduces your vehicle’s shine however, and should only be applied by a professional as untrained application may potentially damage the body of your vehicle, which will be very costly to remedy. PPF application does not mean lower maintenance effort on the vehicle owner’s part, as it is advised that PPF be replaced after a few years of usage.

QMI ToughGuard Paint Protection Singapore

It seems then that vehicle owners will constantly face a dilemma between making their car aesthetically pleasing and actually trying to protect their vehicles… well, you’re wrong!

Quick to identify a solution to this problem back in 1998, QMI ToughGuard Paint Protection Singapore became the only detailer to introduce QMI’s marine grade products which utilises Polytetrafluoroethylene (PTFE) technology to our shores.
Now, you may be wondering what PTFE, a chemical compound, is capable of doing for your vehicle. Since PTFE is highly durable, transparent and non-stick, it will result in the body of your vehicle being extremely smooth to the touch. Vehicle owners will additionally be able to say goodbye to rainwater stains as the hydrophobic quality of PTFE makes it a very effective water repellant, causing water droplets to simply flow off the body of your car!

Once QMI’s PTFE products are applied, ToughGuard Nano Surface Protection is applied as a final protective layer. This results in the formation of a protective layer over the body of your vehicle that is hard and transparent, creating a hardness that goes beyond the strength of 9H thickness coatings!

QMI ToughGuard clear film auto paint protection Singapore ensures your vehicle has a smooth surface that retains shine and resists environmental contaminants. This allows you to have a fuss-free maintenance regime for your vehicle as all you need to do is to wash your vehicle with water at least once a month and dirt can simply be wiped with a cloth!

With forecasts of heavy downpour over the coming weeks, why not give them a try as your car will still look good despite the unpredictable weather of Singapore!

I’m having trouble making a paint trail effect in ShaderGraph. What am I doing wrong? Are there other ways of doing this?

Link to what I have so far: https://i.imgur.com/UzFUtrT.gif

Link to ShaderGraph of the original render texture: https://i.imgur.com/orlufI0.png Link to ShaderGraph of the output render texture: https://i.imgur.com/nUfYFu2.png

I’m trying to make the quad on the right leave a trail of cyan when the circle moves. Both squares use different materials.

I’ve tried using Graphics.Blit to draw the current texture onto a new one but it doesn’t create any painting effect (code: https://hatebin.com/rlmjuzilmn).

The only progress I’ve gotten is from creating a RenderTexture and using SetPixel in a C# script but its very inefficient and slows down my computer too much: https://i.imgur.com/9617OYQ.gif

I’ve been going about this for weeks. What am I doing wrong? What are the other options I have?

I would like to avoid writing shader code if possible. I’m looking for relatively simple and easy to understand solutions.

Paint graph ordered vertices

I have the following question: Given graph $ G=(V,E)$ with given order on its vertices, I mean $ v_1<v_2<…<v_n$ I need to find minimal colors ordered paining of the graph vertices s.t neighbor vertices don’t have the same color, I mean: $ (v_1,v_2,…,v_j)$ – painted in fist color and non of them are neighbors. $ (v_{j+1},…,v_l)$ – painted in second color and non of them are neighbors. and so on.

The complexity needs to be $ O(V+E)$ . Anyone have an idea?

Question about unity paint game

I want to make a paint game using unity 2D, such like “mix & paint” mobile game. Basically player needs to brush colours into shape, then the game will complete when it is fully-coloured.

I’ve tried to achieve it using particle system for the brush & sprite mask for the shape that works quite well. Then for checking it is fully-coloured i am using sampling method, it is also works but i does not feel comfortable with it.

So my question is: what is the best way to achieve this? or how will you guys approach this problem? Also, any idea or material is appreciated as answer! thanks

[ Small Business ] Open Question : Do you give them leftover paint, even though it is of no use to them?

We are painting over bathroom partitions and metal doors in a restaurant. Seems repainting is about 1/4-1/3 the cost of replacement of items. They are bad, but not too bad. We are creating as near as possible a factory finish. Everything had to be taken apart, sanded, primed, painted. This is not ordinary primer or acrylic paint. In fact we had to sand away some amateurishly applied acrylic paints on some pieces and that was extra work. The paint and primer MUST be sprayed on to get as close to the factory powder coat finish as possible. If a powder coating company did the job, it was close to the cost of replacement, about $ 1,500 per room. We did both rooms for $ 1,000 and that included painting all the metal plus all the drywall and ceilings. They want the paint from the ceiling and walls. That’s fine, it is a custom color. It is about a quart for the walls and less than a quart for the ceilings. We have about a quart left over from the partitions. This is not exactly a custom color. It is the most popular of about 50 possible colors. We use it all the time. It is worth about $ 20 and we use it often.  The paint can’t be brushed on or rolled on. It will look like crap. It must be sprayed. The client doesn’t fully grasp this is not an ordinary paint. Margins are too thin to give away something he couldn’t possibly use. Besides, it was not part of the work order. He is withholding the final payment on the whole place, about $ 1,000 because he wants this paint. Do I just give it to him and make him happy? My guess I will never work for him again and the place will not make it 6 months.

Line Marking Paint Spray manufacturers

★ Our History
Aeropak International Co., Ltd is a division of iLike Industries Group, which was designed to promote a great China aerosol products to the world. Our company has been a leader in the design, manufacture and marketing of different aerosol products. Our products include but not limited to spray paints, car care products, industrial items, household use products, consumer items, etc.
Aeropak, a brand designed by our Australian partner, was born for the world market with a consistent in look and quality. Aeropak is positioned as a mature, consistent, and western style supplier of reliable, quality products with full retial sales support.

★ Our Factory
With quality control, led by ISO9001, we have set up correct quality view for the front line workers, been responsible for customers as well as the future of our company, and strived for zero complaint from customers. As for hardware, we have brought in advanced machines and equipment from Swiss, Germany and other countries. On the supply of raw materials, we have assistance from excellent suppliers in the industry. Hence we have built a highly efficient and reliable supplier chain. Under strict quality control, experienced workers complete the entire production process by using reliable advanced formula.
Our brand Aeropak has been introduced and well accepted in about 30 countries and regions. Our export markets cover countries in North and South America, European countries, Southeast Asia, the Middle East and South Africa. As international expansion is our main concern, we sincerely invite your esteemed company to promote our brands in your markets and share benefits together.
★ Our Product
1. Spray Paints
2. Car Care products
3. Tyre Repair Sealants
4. Household Products
5. Industrial use products
6. Spray Lubricants

★ Product Application
The products are suitable for car care, home care and so on.

★ Our Certificate
ur products have passed the pre-registration of REACH in the European Union and obtained ROHS certificate, TUV certificate, ASTM certificate and MSDS,ISO9001.

★ Production Equipment
5 Auto filling lines

★ Production Market
Our market reach Europe, South America, Africa, Middle East, east Asia and so on. With more than 10 sole agents in the world, and you can use our brands high-quality aerosols all over the world.

★ Our service
1. High quality products:
We watch carefully every step of production, including the artwork confirmation, can printing, Raw materials checking, can filling, packing and transport. A random test during the production will always be carry out to guarantee the quality. Third party inspection is acceptable as well.
2. Professional dangerous goods shipping:
Aerosol products are dangerous goods UN1950, IMO2.2. We have more than 15 years experience in handling with the dangerous goods, so we can help you to save money and time. NEVER try to ship such items as normal or regular cargos, because the goods will be checked and may be detained by your customs both in PORT OF LOADING and PORT OF DISCHARGE.
3. Strong production capability
With Monthly Production capability more than 6 million pieces, we ensure the on time delivery. We have exported our products more than 50 containers every monthand have owned 10 sole agents in worldwide.
4. Certifications:
REACH,ROSH,SGS,TUV,ISO9001 etc.
5. Perfect Service:
Aeropak offers OEM and ODM service for free with its first-class design team, professional technical advisers, a management team, and high-quality research and development staffs. We bring together the elite group of modern marketing to provide comprehensive solutions so that helpenlarge customers’ business and get good reputation.
6. Rich industry experience:
With 15 years of industry experience, more than 10 years foreign trade experience, we offer professional Import and Export services. We know the market demands of different countries, the purchase habit, and the consumer behaviors, and so we can be your market guide and offer the best solution to you.
7. Cooperate with famous brands and Hypermarket:
We have offered OEM service for Wynn’s and SHIELD for more than 8 years.
Aeropak products enter The UK supermarket and the French supermarket, famous for its good quality and price.
8. Professional and passionate team:
We are proud to have a great team, who are professional and passionate in working. We like to help each other, and we support each other. We can fight for our goal like an army, and we can have fun together like a family.Line Marking Paint Spray manufacturers
website:http://www.aeropakproducts.com/
website2:http://www.aeropakrussia.com/

Missing network functionality on Clip Studio Paint (Wine)

I use Clip Studio Paint through Wine 4.15 and Playonlinux on an Ubuntu 19.04 machine.

And while it works great locally, there are some features that require network access that just plain don’t work, such as login in, the assets repository or auto coloring functions.

Launching it just leaves the part that should have web content blank, but it doesn’t show an error saying it is offline (like it does when I do not have internet)

I don’t know if I’m missing a dependency or if there is something else I need to configure. Link to the pastebin with the debug log: https://pastebin.com/NffBbHRj