Congratulations on the 2nd Anniversary of CM Paint Lianjiang Store

On August 26, 2018, it was two years since the “CM Paint” entered the Lianjiang coating market. In the past two years, it has attracted many consumers’ eyes to pursue the quality of healthy and environmentally friendly coatings. With its high-end products and services, as well as the “leading brand of environmentally friendly coatings”, CM Paint has won the love and recognition of many paint experts in the Lianjiang decoration market.

Lianjiang CM Paint Store is located at No. 107, Area B, Jiahe Plaza, Lianjiang City, Guangdong Province, with an area of more than 100 square meters. It is a comprehensive paint franchise store that combines wall coatings and other ancillary products. The franchise store is decorated in a luxurious style with a light green color, giving a feeling of returning to nature. The exhibition hall is mainly divided into display area, color matching area, rest area, auxiliary tool display area and so on. Consumers can also experience the painting effect on the spot in the experience zone, gain a deeper understanding of product performance, and enjoy the honorable treatment given by CM Paint. The focus of the entire exhibition hall is to reflect humanistic care, and construction supporting services (wisdom refreshing) allow consumers to enjoy one-stop service here.

In the days to come, Lianjiang CM Paint will serve the public with a low-carbon, healthy and environmentally friendly product. To provide higher quality products for the coating and building materials market, the construction team will provide higher quality services for the project. In the past two years, we have won the trust and cooperation of many building materials distributors and painting masters. We quickly established a sales system to join the network to improve the entire product service and facilitate the public to purchase.

At the same time as the sales of CM Paint, our application services (Smart Refresh) have also been recognized by the industry.
Lianjiang Longhu Villa is in the painting.

Our commitment: Wisdom refreshes new life!

Exceptional Polyurethane Technologies Sought for Distinguished Innovation Award

 

The Center for the Polyurethanes Industry (CPI) of the American Chemistry Council (ACC) is now accepting applications for the annual Polyurethane Innovation Award. This industry-wide competition recognizes the most inventive technologies and advancements in the polyurethanes industry. Innovators are encouraged to act quickly and submit their applications before June 15.

“Polyurethane chemistry continues to improve the quality of our lives by increasing our comfort, contributing to the durability of products, and continually improving the energy efficiency of buildings, appliances, and vehicles,” said Lee Salamone, senior director of CPI. “The Innovation Award acknowledges leaders in polyurethane industry that drive the industry forward by challenging the status quo and embracing creativity. We look forward to recognizing the latest pioneers in polyurethanes and seeing the advancements the industry has made with this incredibly durable substance over the past year.”

The winner will be announced at the 2018 Polyurethanes Technical Conference, which is slated for Oct. 1-3 at the Atlanta Marriott Marquis.

Last year, Chemours was named the winner of the 2017 Polyurethane Innovation Award for its Chemours Opteon 1100 unique hydrofluoroolefin (HFO) blowing agent used in new generation polyurethane foam insulation.

To enter the awards program, companies or individuals must submit an application no later than 5 p.m. EDT on June 15. Technologies submitted for consideration must have been brought to market between March 1, 2017 and June 15, 2018. Award entries in polyurethane chemistry may include: finished products, initiatives, training or education programs, or processes or processing equipment. Entries pertaining to a polyurethane product or polyurethane manufacture must relate to polyurethane chemistry defined as the reaction of an isocyanate with a polyol. For full terms and conditions, please see the Innovation Award submission form.

DowDuPont Invests $100 Million to Expand Manufacturing Capacity

DowDuPont announced a plan to make a series of investments totaling approximately $100 million over the next two years to expand manufacturing capacity and to modernize facilities at the Sabine River Works (SRW) plant in Orange County, Texas. The investments will incrementally expand production capacity to support global growth of specialty materials manufactured at the site, specifically the Surlyn, Nucrel, Fusabond and Vamac product lines.

Additionally, the company is evaluating longer-term plans to invest in a new facility to further support market growth.

The joint investment will support customer growth of both the Packaging & Specialty Plastics (P&SP) business of DowDuPont’s Materials Science Division (to be named Dow), as well as the Transportation & Advanced Polymers (T&AP) business of its Specialty Products Division (to be named DuPont).

“This is another great example of the power of our historic merger and our ability to quickly respond to customers’ growing needs,” said Diego Donoso, business president for Dow Packaging & Specialty Plastics. “We see tremendous potential to deliver more supply of these iconic specialty products to our customers in the food packaging and consumer goods markets.”

The added capacity is expected to come online in several phases starting in 2020 and will enable both divisions to meet growing demand for Surlyn, Nucrel, Fusabond (P&SP) and Vamac (T&AP) specialty materials used for applications in food packaging, transportation and consumer goods.

“With this increased capacity, we will be able to support growth in the automotive space at a time when customer demand for our advanced polymers is very strong,” said Randy Stone, business president for DuPont Transportation & Advanced Polymers. “This investment will enable us to continue to deliver innovative solutions that serve high-growth end markets and reinforces our commitment to enhancing our leadership position in these key market segments.”

What Does The General Finishes Global Market Look Like?

global - market

The Global Coatings & Paints Segmentation has three Strategic Groupings . . . . Product OEM, Special Purpose and Architectural. Within the Product OEM Strategic Group, there are eight Industrial Coating Segments with 86 Sub-Segments.  Of the 86 Sub-Segments and, within the 8th Industrial Coating segment . . . . . GENERAL FINISHING, there are 24 Sub-Segments with 125 Sub, Sub-Segments.

Fragmentation
This consideration  addresses an extremely fragmented and disjointed set of elements. The following table provides the complication in analytics, running through this deliberation.

Of the seven regions in this analysis totaling $11.8 billion U.S. dollars, the rank order in share of the global General Finishes marketplace are:
Asia/Pacific at 34% leads
Western Europe at 31%
NAFTA at 24%
Eastern Europe at 5%; South America; Middle East and Africa at 2% each are small but growing.

If Japan at $1.157 Bn was segmented out of the Asia/Pacific numbers, the order would be:
Western Europe at 31%
NAFTA at 24%
Asia/Pacific at 24%
Japan at 10%
Eastern Europe at 5%; South America; Middle East and Africa at 2% each are small but growing.

From a macro oversight, the (details) tells us that 11 of the 125 sub-segments analyzed represents 40.4% of the total value and another 8, totaling 19 sub-segments, would bring the percent share to 53.3% ($7.8 Bn) of the $11.8 Bn total.

Within the 40.4% (11 sub-segments) the range of size is $2.3 Bn (Metal Furniture) to the lowest $0.8 Bn for Wire Products.

Considering the compound average growth rates of the 24 major segments, we see the following pattern: Falling below the 4% CAGR are . . . . Marine,  Metal Furniture, Tools, Hitches and Fabric/Textiles.  Of these lower growth segments, one must be careful not to relegate too much weight to growth alone since, in this case, Metal Furniture at 3.9% CAGR is large at $2.3 Bn (19.5% of the total $11.8 Bn total GF market), while the others are relatively small.

Applied Graphene Materials Launches Two New Series within Genable Platform

Applied Graphene Materials launched two new series within its Genable platform dispersion technology range. The Genable1000 series, engineered to significantly enhance and reduce the content of existing anti-corrosion additives,and theGenable 2000 series, uniquely developed to deliver outstanding anti-corrosion performance specifically on aluminium substrates.

Once formulated optimally into anti-corrosion coating systems, Genabledispersions have demonstrated substantial performance gains, providing extensions in coating lifetime of over three times under cyclic salt spray testing (ASTM G-85-94 Prohesion). Early adopters are already successfully applying these materials in real-world applications.

Genabledispersions are stable long term and designed to be delivered easily into existing manufacturing processes, enabling industry formulators to access, consistently, the exciting performance attributes of AGM’s A-GNP graphene nanoplatelets.

Available from stock, Genable 1000 and 2000 series dispersions are supplied in epoxy resins, a range of industry standard carrier solvents (butyl acetate, xylene, MEK, ethyl acetate), as well as water. Genable dispersions are also supported by application guidelines, extended performance datasets and considerable formulation know-how within AGM’s Technical Group.

Corrosion Control Coatings Corrosion – Control Coating Systems are Used to Protect A Variety of High-value Assets

Photo courtesy of PPG.

Industrial maintenance and protective coatings are formulated to provide protection for exterior and interior substrates against corrosion, abrasion, thermal, and chemical and UV degradation. These corrosion control coating systems are generally used in areas where extreme environments exist such as intense heat, salt water and other harsh climates, such as the oil, gas, chemical, infrastructure and power segments.

While these coatings are valued for their corrosion control, customers also require an aesthetically appealing finish.

AkzoNobel has a wide range of products to provide corrosion control. “Many of our products are based on 2 pack epoxy resin technology and are applied direct to metal (e.g. Intershield, Interseal, Interplus, Interzone, Intergard),” said Ian Fletcher, regional marketing manager – Europe, Protective Coatings, AkzoNobel. “We also have zinc rich epoxy or inorganic zinc primers (Interzinc) that provide excellent corrosion protection; these are typically part of a 3 coat scheme that contains the zinc primer, an epoxy intermediate and, for example, a polyurethane (Interthane) or isocyanate-free top-coat (Interfine). Where abrasion or impact resistance is a particular issue we provide high build epoxy coatings that contain lamellar glass flake pigmentation.”

“A combination of zinc rich primers, epoxies, urethanes and specialty topcoats can be used to provide corrosion protection,” said Jake Ojeda, PPG’s global petrochemical segment manager. “It is important to consider the type of service (immersion, atmospheric, etc.), substrate (ferrous, non-ferrous, concrete, etc.), environmental conditions (temperature, humidity, etc.) and turnaround time (hours, days, weeks).

There are various factors to consider when selecting a corrosion protection coating.

“Factors such as abrasion, impact and chemical resistance are important,” noted Fletcher. “Also compatibility with cathodic protection is critical for e.g. some offshore structures and pipelines applications. Another factor that has to be considered is the operating temperature of the coated steel as only certain technologies are suitable for use above 120˚C. And also the coating appearance; some end-users want a coating to maintain its color or gloss to a certain level so depending on the end use they are often top-coated with more durable finishes. Other factors can include, drying time, the volume solids/volatile content, hold-up and brush/roller application properties.”

Substrate preparation is critical when applying corrosion control coatings. These types of coatings are usually applied by specially trained applicators. They can be applied as part of new construction or during routine maintenance to provide continued asset protection from wear and tear and deterioration.

“A high-end coating will not perform well if the substrate preparation is poor,” said Fletcher. “The quality of the surface preparation will determine how long the coating will last on the steel. Ideally, steel should be degreased, mill-scale and rust removed and abrasive blasted to create a sharp angular profile. Other surface preparation methods like wire brushing and power tool cleaning are available but the coating performance on the steel will not be as good as abrasive blasting to e.g. Sa2.5.”

“Substrate preparation is the key to ensure proper adhesion and removal of any contaminants that could impact the coatings performance,” said Ojeda. “However, there are products that are surface tolerant and allow for minimal surface preparation and can still provide adequate protection.

Customers are looking for a variety of performance attributes when selecting corrosion protection systems. “All customers want the time to first maintenance to be as long as possible,” said Fletcher. “Typically major maintenance expectations are at least 15 years after coating application during new construction but for maintenance applications customers accept around five years depending on the level of surface preparation before maintenance needs to be done again.”

“Owners are looking for products and systems that can extend the life of their assets as well as prolong the time between regular maintenance schedules,” agreed Ojeda. “Applicators want products that are cost competitive, easy to apply and can increase their throughput.”

New Technology

“We are seeing new developments in primers that provide cathodic protection as well as epoxies that are more robust,” said Ojeda.

“Most technology tends to be based on new formulations using e.g. existing epoxy technology,” said Fletcher. “There have been some new amine curing agent technologies. Polyaspartic is one example of a new chemistry providing fast curing low volatile organic content technology for e.g. OEM applications.”

Lasting Protection from Atmospheric Corrosion on Coastal Tankage

An innovative coating approach is providing a long-term solution to fighting corrosion in petrochemical coastal assets

In the oil and gas industry, protecting massive carbon steel assets from corrosion is a continual challenge around the world, including China, particularly along coastline exposed to high humidity and salty air near oceans or other bodies of water.

The problem is worsened by the fact that many refineries and petrochemical facilities – including tanks and process equipment, as well as above ground pipeline and railcars – are located near ports to facilitate the storage and transport of both raw crude and processed products.

The typical preventive measure is to use barrier type coatings that are commonly reapplied every few years in these high-risk coastal areas. This can be costly and disruptive to oil and gas facility production, requiring blasting off the old coating, cleaning the surface, and reapplying multiple coatings. Despite this costly maintenance, excessive corrosion of such carbon steel assets can lead to leaks, fires and accidents, as well as accelerate premature replacement.

Now in these petrochemical coastal assets, an innovative coating approach is providing a long-term solution to fighting atmospheric corrosion, while minimizing production downtime and increasing safety.

Protecting Coastal Assets from Corrosion

The Chinese port city of Ningbo, bounded on the east by the East China Sea and on the north by Hangzhou Bay, has a very wet, humid climate, as well as salt laden air, that make the corrosion of petrochemical assets in the area a particular problem. For decades, the region has received an annual average of over 56 inches/1,440 mm of rain, along with over 157 precipitation days, and 80%+ average relative humidity – not to mention a monsoon season.

In these trying conditions, Ningbo Xingang Fuel Storage Company sought to protect its assets from corrosion. However, the corrosion on their carbon steel equipment is quite severe. The company faced a particular challenge in protecting two firewater cannons and the auxiliary fire lines on the east and west side of a 50,000 ton crude oil terminal located in the Beilun District of Ningbo.

Traditional methods of protection, such as applying polymer paints and rubber type coatings, have been ineffective and lose their effect soon after application.

While these methods can create a physical barrier to keep corrosion promoters such as water and oxygen away from steel substrates, this only works until the paint is scratched, chipped, or breached and corrosion promoters enter the gap between the substrate and coating. Then the coating can act like a greenhouse – trapping water, oxygen and other corrosion promoters – which allows the corrosion to spread.

Due to these harsh conditions the company looked for a better solution and turned to EonCoat, a spray applied inorganic coating from the Raleigh, North Carolina-based company of the same name, for use on a corrosion protection project to extend the life of the firewater cannons and auxiliary fire lines. EonCoat represents a new category of tough, Chemically Bonded Phosphate Ceramics (CBPCs) that can stop corrosion, ease application, and reduce production downtime.

In contrast to traditional polymer coatings that sit on top of the substrate, the corrosion resistant CBPC coating bonds through a chemical reaction with the substrate, and slight surface oxidation actually improves the reaction. An alloy layer is formed. This makes it impossible for corrosion promoters like oxygen and humidity to get behind the coating the way they can with ordinary paints, the company reported.

Although traditional polymer coatings mechanically bond to substrates that have been extensively prepared, if gouged, moisture and oxygen will migrate under the coating’s film from all sides of the gouge.

By contrast, the same damage to the ceramic coated substrate will not spread corrosion in oil and gas facilities because the carbon steel’s surface is turned into an alloy of stable oxides. Once the steel’s surface is stable (the way noble metals like gold and silver are stable) it will no longer react with the environment and cannot corrode.

Visible in scanning electron microscope photography, EonCoat does not leave a gap between the steel and the coating because the bond is chemical rather than mechanical. Since there is no gap, even if moisture was to get through to the steel due to a gouge, there is nowhere for the moisture to travel. This effectively stops atmospheric corrosion of coastal tankage and other petrochemical assets.

The corrosion barrier is covered by a ceramic shell that further resists corrosion, fire, water, abrasion, impact, chemicals, and temperatures up to 400 °F. Beyond this, the ceramic shell serves a unique role that helps to end the costly maintenance cycle of replacing typical barrier type coatings every few years.

“In coastal petrochemical assets, such as refineries and storage tank farms, if the ceramic shell and alloy layer are ever breached, the ceramic shell acts as a reservoir of phosphate to continually realloy the steel,” explained Merrick Alpert,” president of EonCoat. “This ‘self heals’ the breach, depending on its size, and stops the corrosion if necessary. This capability, along with the coating’s other properties, enables effective corrosion protection for the life of the asset with a single application.”

The Ningbo Xingang Fuel Storage Company project has been successfully coated with the spray applied inorganic coating, and a topcoat added. EonCoat is compatible with a wide range of commonly used topcoats.

Because of the ceramic coating’s multiple layers of corrosion protection, and the ability to “self heal” breaches, the coastal facility is on track to see long term protection of its equipment, effectively breaking the costly cycle of blasting and repainting every few years.

Oil and gas operation managers or corrosion engineers looking to reduce costs are finding additional advantages to CBPC coatings like EonCoat beyond corrosion resistance.

For instance, one of the ways the Chinese government is working to mitigate the negative effects of air pollution is by turning to green alternatives such as CBPC coatings, which are inorganic and non-toxic, so there are no VOCs, no HAPs and no odor. This means the non-flammable coatings can be applied safely even in confined spaces.

Such coatings consist of two non-hazardous components that do not interact until applied by a standard industrial plural spray system like those commonly used to apply polyurethane foam or polyurea coatings.

One of the greatest additional benefits is the quick return to service that minimizes facility downtime. The time saved on an anti-corrosion coating project with the ceramic coating comes both from simplified surface preparation and expedited curing time.

With a typical corrosion coating, near white metal blast cleaning (NACE 2 / SSPC-SP 10) is required to prepare the surface. But with the ceramic coating, only a NACE 3 / SSPC-SP 6 commercial blast cleaning is typically necessary.

For corrosion protection projects using typical polymer paints such as polyurethanes or epoxies, the cure time may be days or weeks before the next coat of traditional ‘three part systems’ can be applied, depending on the product. The cure time is necessary to allow each coat to achieve its full properties, even though it may feel dry to the touch.

With traditional coatings, extensive surface preparation is required and done a little at a time to avoid surface oxidation, commonly known as ‘flash rust,’ which can require re-blasting.

In contrast, a corrosion resistant coating for carbon steel utilizing the ceramic coating in a single coat requires almost no curing time. Return to service can be achieved in as little as one hour. This kind of speed in getting an asset producing again can potentially save hundreds of thousands of dollars per day in reduced downtime in oil and gas applications.

With atmospheric corrosion a perennial problem for oil and gas facilities with massive carbon steel structures, the utilization of CBPC coatings that can control corrosion for decades will only help the bottom line.

Cr.https://www.coatingsworld.com/issues/2018-02-01/view_features/corrosion-control-coatings/

 

DCP

AkzoNobel on Way to Doubling Capacity at Organic Peroxides Plant in China

AkzoNobel’s Specialty Chemicals business has entered the next phase of a major expansion at its organic peroxides facility in Ningbo, China, which will increase production capacity by more than 100% by the third quarter of 2018.

The company’s Ningbo site produces dicumyl peroxide (DCP), an organic peroxide used as a crosslinking agent in the manufacture of polymers. Capacity at the site was boosted by 40 percent in August, following the completion of an initial project, and is set to double to a capacity of 38,000 tons per year.

“The market for DCP is strong and continues to grow globally,” said Johan Landfors, managing director of AkzoNobel’s Polymer Chemistry business. “This new expansion is necessary to meet that demand, and is also a visible demonstration of the company’s continued commitment to invest in the future of the Specialty Chemicals business.”

DCP is used in the production of a variety of polymers that need to have exceptional durability. These polymers can be found in many different products, including shoe soles – a market which is growing significantly, especially in developing countries. DCP is also used in polymers for insulating high voltage cables, which are increasingly in demand for upgrading electricity networks, connecting offshore wind parks and other sources of renewable energy.

“The continued development in Ningbo is a clear sign to our customers that we are dedicated to retaining our leadership position in the organic peroxides industry,” added Werner Fuhrmann, AkzoNobel’s Executive Committee member responsible for Specialty Chemicals. “By continuing to invest in our production sites and focusing on operational excellence, we will be better positioned to accommodate the growth of our customers.”

More than 500 people are employed at the Ningbo site, which houses manufacturing plants for several of AkzoNobel’s Specialty Chemicals businesses. AkzoNobel’s Ningbo DCP plant is the largest of its kind in the world.

Cr:https://www.coatingsworld.com/contents/view_breaking-news/2017-10-10/akzonobel-on-way-to-doubling-capacity-at-organic-peroxides-plant-in-china/

It ‘s not difficult to understand that paint and coating industry in China is promising. We CM PAINT are confident to be one of the current leaders in the paint and coating industry.

 

paint

waterbase coating news banner

Water-based Coatings Are Expected To Develop Rapidly In China

In recent years, the Chinese coating market has started the “oil change water” craze, and the water-based coating market has developed.With the trend of “oil change water”, water-based coatings are expected to develop rapidly, and the penetration rate will be improved.

Traditional coatings have great influence on atmospheric environment and human health. Traditional coatings with organic solvents as diluents contain a large amount of volatile organic compounds (VOC), which cause harm to humans through inhalation or skin contact. According to statistics, about 2.2 million tons of VOC are released into the air every year in China. The industrial solvent accounted for about 30% of VOC emissions, making it one of the main emitters, and the VOC emission of coating adhesive is about 70% of the industrial solvent.

waterbase coating

Waterborne coatings can reduce VOCs emission and environmental health. Because waterborne coating is diluted with water, in spraying process, volatilize is water which is non – toxic and harmless. Therefore, as far as environmental protection and health, water-based coating has great development space.

As it turns out, in 2016, the production of water-based coatings in China was about 1.9 million tons, accounting for 10% of total paint production.In 2009, China’s water-based coating products were only 760,000 tons, with an average annual growth rate of 14.08%.

In addition, according to China’s water paint production, exports can calculate the apparent consumption of water-based coating in China (= production + imports – exports), in 2015 our country coating apparent consumption of about 1.71 million tons, by 2016 up to 1.89 million tons, thus, water-based paint in our country is relatively broad market space.

Water borne coatings are optimistic and promising in the Chinese market. What’s your ideas?

It’s welcomed to see your opinion below the comment….

If you are interest in our paints and coatings, it’s appreciated to hear from you!!

how to choose the right paint

Choosing The Right Paint

It may be a trouble for most people to choose right paints or coatings. You will benefit greatly from reading below the article……

Making sure you’re using the correct paint, papers and decorating materials for what your doing is very important. Making the wrong choices at this stage can prove costly in both time and money.

Every part of your home is different, and will benefit by getting the paint selection right. For example, you wouldn’t use the same type of paint for a bedroom as you would in a bathroom, or use the same paint indoors as you would outdoors.

Some people like to decorate the bathroom with the effect of 3d, and paint the living room or the bedroom with the texture paint.

While other people like to decorate the kitchen with imitation tiles paint, and use wooden floor to bring the feeling of ancient ways.

interior design

But in any case, different places will be required different paints because paints are made differently so they perform better and last longer in different areas.

In addition to the home decoration, the difference of places, occasions even purposes will affect the choice of paints or coatings.

Take some examples as following:

Using of Professional sport court elastic flooring paint for the sport field.

Elastic Sports Flooring paint

For higher anti-static requirement places, it’s required to use Epoxy Anti-static Floor Paint.

For the construction of buildings, fire-retardant coating for steel structure, anti-corrosion coating for Steel or glass paint will be used.

glass paint

In most situations and before starting any decorating works we recommend simply reading the back of the paint can thoroughly. The more knowledge of the product you’re using the better. Things like re-coat times, drying times, and coverage information are important things to know.

We have tried to put as much information about the products we sell on to the site , it is welcomed to do contact with us

It’s appreciated if u like our facebook ; twitter as well as LinkedIn

interior design

How To Select Favorite Color For Your Interior Walls

Color exists in our visual environment, which can give a person cheerful mood. The color of wall, with tie-in and appropriate decoration, can also bring health to the person’s visual stimulation.

How to find the appropriate wall colour that u like? Look below……

1.According to your personality

First of all, it is important to clear which color is your favorite, and then consider whether the color fits your personality. For example, enthusiastic extroverts always like bright colors, such as yellow, orange and other colors. People who have a quiet and elegant personality will choose some green or blue color.Alternatively, you can use a reverse selection mode.For example, the person of lively character chooses the tonal that is cold, the person that introverted character chooses to warm tonal.different style of home

2.According to the environment

The visual stimuli of color can bring out different physiological reactions. For example, the cool colors such as blue and green will make people feel cool, while warm colors such as orange and yellow will make people feel warm.Therefore, in different directions, you can choose different  colors to neutralize your home. For example, the bedroom with sufficient light, u may choose the color of light green, which can neutralize the heat inside the room because of the rise of temperature.different style of home

3.According to the function

Each kind of color has its own practical character and function, for example, milk yellow or orange will promote appetite, so it’s suitable to use in decorating restaurant or kitchen. While light blue or light ash can give a person calm and soothing emotion, applying these color to the study or the bedroom will be the best choice.different style of home

After reading, do u have any idea about your home interior walls. Just do it!

more details>>do contact with us