India's Powder manufacturing
capacity.
Moderator :
Our subscribers must be waiting for the
anaylisis we normally in the May issue of our IPC e newsletter. Due to the
non availability of the production figures of some of the powder
manufactures we will be analysing the size of Indian Powder market in the
next issue of our newsletter. Meanwhile we invite you to vote you opinion
through this opinion poll
IPC Classified |
M/S Western Commercial
Corporation
Barite a natural
Barium Sulphate from Ankerports N.V. Nederlands
Portaryte ® B and Diamelia ® are produced from carefully selected very
white Barite which is natural Barium Suphate because of its
Good Dispersibility
Low Binder Absorption
Chemical Inertia
High Whiteness
High Loading
Low Abrasivity
Are succesfuly used in
Industrial Coatings
Marine Coating,
Colour Master Batches,
Powder Coatings,
Automative Applications
HIghly Filled Plastics
Diamelia ® 40/10 is specially developed for Matt and semi glossy powder
coating finishes and Diamelia ® 3 in High Gloss Industrial Coatings
Please contact us for more information
M/S Western Commercial Corporation
502 Vishwananak, 5th Floor,
Chakala Andheri (East)
Mumbai 400099
Tele 91 - 22 - 2839 44 41 / 42 / 43
Fax 91 - 22 - 2821 98 71
Email acorp@dishnetdsl.net
acorp@vsnl.in |
Awishkar Associates
Distributers for Kudko Chemicals Pvt. Ltd. Korea .
A world renowned
manufacturer and considered to be Super Market for Epoxy Resins, Hardner
and Polypols for all kinds of applications including powder coating.
We
can cater from ready stock or on High Seas Sale basis for LCL and direct
supply from Korea for FCL requirement. We look forward to receiving
inquiries from genuine powder manufacturers.
Awishkar Associates
26, 1st Main SR Nagar
Banglore 560027
Tel 080-22226408/ 22237977.
Fax 080-22221779.
Email awishkar@vsnl.com
|
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India Powder
Coating
Vivek Soley
3, Lalaram Nagar, Indore, 452001 MP India
Phone 91 731 2492291
Mobile 9826297112
emails: viveksoley@hotmail.com
, viveksoley@ipconweb.com
,
indiapowdercoating@yahoo.com
|
Powder Coating
FAQs from Marpol Private
Limited
1. What is powder coating ?
Powder coating is an advanced method of applying a decorative and
protective finish to a wide range of materials and products that are
used by both industries and consumers. The powder used for the process
is a mixture of finely ground particles of pigment and resin, which is
sprayed onto a surface to be coated by corona or tribo charging
technique. The charged powder particles adhere to the electrically
grounded surfaces until heated and fused into a smooth coating in a
curing oven. The result is a uniform, durable, high-quality, and
attractive finish. Powder coating is the fastest-growing finishing
technology.
2. Why pretreatment required for powder coatings?
Powder coatings can provide improved performance over liquids when
applied to a properly pretreated part. Solvent-borne paints are usually
more forgiving of organic soils left on the work piece by sub-par
cleaning. Because powder does not have solvents, you need to make sure
the washer does a good cleaning job. This is just good operational
practice and is not an unusual requirement. Iron phosphate is the most
frequently encountered pretreatment used with powder coatings. However,
if the highest level of performance is required, zinc phosphate will
work admirably with powder as well.
PROPER PRIOR PREPARATION PREVENTS POOR POWDER PERFORMANCE.
3. What is the best cleaner for powder coating?
There is no stock answer for this question. Many factors go into
deciding which cleaner is the best for your application. Base metal of
the work piece, soil being removed, bath temperature, contact time, oil
removal capabilities, environmental considerations, etc. must be taken
into account when deciding. The bottom line is that you need to get your
parts clean, safely, so the steps following in the pretreatment process
will function properly. Check with your pretreatment supplier to
determine your best course of action.
4. What different technologies are available for cleaners?
There are powdered and liquid cleaners. There are acid cleaners that
may be best for inorganic (metallic) soils. Alkaline cleaners are often
recommended for organic soils. Neutral cleaners may be used to remove
soils on substrates that react with strong acids or alkalies (aluminum
or zinc). Oil splitting cleaners may be desirable where high levels of
oil build quickly in the process bath. Work with your pretreatment
supplier to determine which cleaners are best for your application.
5. What is phosphating and why do I need it?
The generic term “phosphating” is a process where an acid attacks
the metal of the work piece and re-deposits a material that is a
combination of the metal substrate (and other metals - like zinc) along
with phosphate. This process creates a surface that is tightly adherent
to the base metal, has more surface area, provides improved corrosion
inhibition, and helps the powder coating stick better. It provides a
good coating base so the finished part has increased usable life.
6. What causes powder to fall off parts in the oven?
If powder is stored in a non-air-conditioned environment and the
ambient air humidity in the storage area exceeds 60 percent, the powder
particles can accumulate moisture on their surfaces. This moisture will
affect the resistivity of powder particles and their ability to retain
charge for a long period of time. If the charge bleeds off the
powder-coating layer before it is cured, the electrostatic attraction
between the powder particles and metal substrate weakens and the
particles can fall off the part. An easy way to check for excessive
humidity is to take a handful of powder and squeeze it. If the powder
lumps together and does not break apart easily, a moisture problem
exists. Excessive coating thickness. This
may result in poor electrostatic attraction of the powder particles on
the top layer of coating. This problem can occur if powder coating layer
thickness exceeds 125 to 150 micron.
7. Why does powder build up excessively around edges of parts?
This phenomenon is quite common in electrostatic powder coating and
is referred to as “picture-frame effect.” It is caused by concentration
of the electric field around sharp edges or protrusions. Picture-frame
effect is most pronounced in conventional corona-charging
systems where the electric field near the part’s surface is particularly
strong. However this phenomenon can also be observed, to a lesser
extent, in tribo-charging systems.
8. Why, at times, powder doesn’t adhere to a part?
Many factors affect powder deposition on a part. However, there are
some more common reasons for poor powder transfer efficiency. With
corona-charging systems, a poorly grounded part is the most common cause
of low transfer efficiency. In tribo-charging applications, insufficient
charging of powder particles is the most common reason for poor powder
deposition on a part. Insufficient charging is caused by several factors
including
powder formulation is not suitable for tribo-charging applications. Poor
grounding of parts, Among other factors causing poor powder deposition
on a part in both corona and tribocharging systems are. very close
gun-to-part distance;
9. Why are inside corners or channels sometimes difficult to coat?
The difficulty experienced when coating recessed areas is commonly
called “Faraday cage effect”. It is due to the fact that an
electric field always goes to the nearest grounded surface and is
strongest around sharp edges. The electric field from the gun
concentrates on the edges of a recess and does not penetrate into deep
corners, compromising powder deposition in those areas.In addition,
aerodynamic turbulence inside a recess often works against effective
powder deposition in that area.
10. What are the air humidity and temperature requirements in a
powder coating operation?
Ideal ambient conditions are temperatures between 15° to 27°C with
40 to 60 percent humidity. Temperature and humidity of the
compressed air are even more important. Here, for corona-charging
systems, the pressure dew point of the compressed air should not exceed
3°C @ 100 psi line pressure.
11. Why do I need to add virgin powder to my reclaim?
As virgin powder is applied, the larger particles more readily stick
to the part. This leaves the over sprayed powder with a lower average
particle size. As this occurs during each cycle through the system, the
recovered material may become laden with fine particles.Eventually, the
reclaimed material will be nearly unmanageable in both fluidization and
application.
12. What does proper fluidization look like?
The fluidized material should take on fluid-like characteristics. It
should have an appearance similar to that of water simmering on low
heat. The material should not be boiling hard.
13. Is powder hazardous waste?
Practically all powder coatings are not hazardous waste, disposal
methods for waste powder are the same as for non-hazardous wastes.
However, there may be some exceptions and your powder supplier should be
contacted regarding proper disposal.
14. What is the best way to store my powder & How long can powder be
stored?
Powder storage for many months is often normal practice. Ideally,
powder should be stored in the optimum conditions of less than 25°C and
approximately 50 - 60% relative humidity. Under these conditions most
powder should be readily usable for at least a six month from date
of manufacturing. Avoid placing powder inventory in close proximity to
any heat source such as an oven, washer, furnace, space heater, etc.
Powder
packaging is designed to protect the contents from compression that can
result in lumps that are not readily broken. Do not stack packages that
are broken or collapsed. Some powders with special appearance,
performance, or cure properties may have greater sensitivity to storage
conditions, and should receive greater attention when stored to ensure
the desired results.
15. How do I get good powder coverage into Faraday areas?
Faraday cage effect defines a condition that occurs when parts are
coated that have recesses, inside corners, channels, or protrusions on
their surfaces. The Faraday cage is the area of the part where the
external electrical field does not penetrate. Powder coating of recessed
areas is often complicated. For the successful coating of Faraday areas,
the following conditions must be met: powder has to be well charged,
airflow must be sufficient to deliver the powder inside a recess but not
excessive to preclude powder deposition, and the external electric field
must be controlled to reduce the “push” for powder particles to deposit
on the edges of a Faraday cage. Because most Faraday areas involve some
type of “pocket “ areas, it is important that the method for direction
the powder flow in allows for displacement of the air in the pocket area
to allow penetration.
16. How do you know if powder is cured?
There are two conditions that must be met to achieve proper cure of
a powder coating. The first is temperature, referred to as metal
temperature, and the second is time. The time/ temperature requirements
of a particular powder material must be achieved to obtain a full cure.
A cured thermoset powder coating will not re-melt upon further heating.
To ensure proper time and temperature it is often best to test using a
Datapaq or similar device to provide actual performance data.
17. Are there powders for interior or exterior use?
One of the most important considerations in defining the end use
performance is weatherability. Outdoor exposure results in absorption of
ultraviolet energy. This energy can attack the organic binder and result
in gloss loss and color change. Due to a tendency to chalk, epoxies and
epoxy containing hybrids are generally not recommended for outdoor use
when aesthetics is a primary concern. Polyesters and acrylics on the
other hand provide excellent UV light stability and typically find use
in architectural, automotive, lawn and garden as well as outdoor
furniture markets.
18. What is the difference between oven cycle time and dwell time?
The oven cycle time is comprised of the bring-up time plus the dwell
time for a proper powder cure. The bring-up time is the time required to
attain the desired substrate cure temperature of the part. The
dwell time is the time required to hold the substrate at cure
temperature. These times and temperatures are available from the cure
schedule for the powder coating. In some applications, shorter oven
cycle times are possible by rapid heating of the substrate to a higher
cure temperature for a shorter dwell time.
19. How clean should my compressed air be?
Next to proper grounding, clean compressed air is the most important
thing. Oil and water do not mix with powder. In a powder system, air
plays a big role. Powder is fluidized with air, pumped to the guns with
air, and the cartridge filters are back-pulsed with air. The equipment
and powder manufacturer should be consulted regarding the air quality
for optimal performance. In general, a minimum 2°C dew point and less
than 0.1 ppm
contaminate or oil is a good starting point.
20. How often should I clean my gun & powder hose ?
Guns should be cleaned after each color change. At the end of the
day, you should purge the gun, pump, and hose to prevent moisture from
settling in the powder and clogging things up for the next use.
Depending on the volume of powder sprayed and time between color
changes, deep cleaning and worn part replacement should be reviewed
weekly. It is recommended that you change your powder hose at
least once a six month, depending on wear caused by the powder or if you
are having contamination problems. Frequently inspect for cracking or
impact fusion that may shorten the hose life. |
Infomercial
from Kripton Powder
Paints Pvt. Ltd
We are totally committed to integrated growth through development of new
shades and finishes and provide quality products at competitive
prices. The range of our products consists of over 350 color shades in
different finishes i.e.Glossy, SemiGlossy, Matt, Texture,
Structure and Wrinkle which is available in all colors. Our Marketing
network is spread all over the country with Authorized Distributors
across major cities.
Kripton is known for its capability to meet the growing market needs of
Powder Coatings with quality. It has been a constant endeavor to
continuously improve our product so as to keep up with improving
international standards. Guaranteed properties of the product are
ensured during the production process by planned Quality Control
Schedule where various tests are carried out in accordance with the
pertinent ASTM and IS Standards.
Today Kripton enjoys a good brand name, reaching this stage has been
possible due to the constant efforts for improvement and willingness to
meet timely needs of our valuable customers all over. With the good
record of up gradation and improved performance of our product we are
fully geared to face all the challenges with a firm belief of
targeting to be leaders in the market.
Contact
Sales Office
D-94,M.I.D.C.,Satpur Dist. , Nashik -422 007
Maharashtra,India
Factory
527/A1,Gonde,Igatpuri - 422 403,Dist Nashik,
Maharashtra,India.
Tel : +91(253) 2363500/1/2
Fax : +91(253) 2363503
Email :
enquiry@kripton.com
|
Asian Paints' new plant
starts production
Wednesday, 19 April
, 2006, 17:49
Mumbai: Asian Paints Ltd said on Wednesday that its new manufacturing plant
in Himachal Pradesh has started production.
The plant owned by Asian Paints Industrial Coating Ltd (APICL), a wholly
owned subsidiary of Asian Paints, is situated at Baddi, and would
manufacture powder coating, the company informed the Bombay Stock Exchange.
|Vacation Travel: A summer special feature|
Asian Paints' shares were trading at Rs 625.05, up 1.55 per cent at the BSE.
Godrej launches
refrigerators with 10-year warranty against rusting
20 April 2006
Mumbai: The Rs650-crore appliance division of Godrej & Boyce Mfg. Co. Ltd
has launched a new range of refrigerators using ZOP (zinc oxide protection),
with a 10-year warranty against rusting. The company says this is the first
time that ZOP has been used in refrigerators.
The new range of refrigerators is now made with 100 per cent galvanized
steel in contrast to regular cold rolled steel. During the galvanisation
process, the steel is coated with zinc, which renders the surface resistant
to corrosion. When atmospheric oxygen comes in contact with zinc, the
formation of Zinc Oxide helps prevent the breakdown of the surface integrity
of the base steel substrate, unlike the iron oxide (rust) in regular steel.
The refrigerators are further coated with epoxy powder. This dual process of
galvanization and powder coating gives each refrigerator a double
protection.
According to metallurgist Dr N C Jain, , "A Zinc coating has the unique
property of preventing oxidation of the protected surface by forming a
barrier and thus acting as a sacrificial anode. This process of
galvanization is widely used in making cars and ships rust resistant.."
From April 2006, all refrigerators being manufactured by Godrej are made
using ZOP technology and will carry the 10-year 'rust-free' warranty.
The Godrej Group is one of the largest manufacturers of home appliances in
India and. in 1958, it became the first Indian company to manufacture
refrigerators in the domestic market <more>
Goodlass Nerolac Board
Approves Merger Plan, Name Change
Thursday, April 20,
2006;
Goodlass Nerolac Paints Ltd said that its Board approved the scheme of
merger of GNP and Polycoat Powders Ltd. The Board resolved that 461 equity
shares of Rs.10/- each fully paid up of GNP would be issued for every 1000
equity shares of Rs.10/- each fully paid up of Polycoat Powders. The merger
is subject to the required statutory approvals, the company noted.
The Board also approved the proposal for change of name of the company to
"Kansai Nerolac Paints Limited", subject to the approval of the shareholders
and the statutory authorities.
Nerolac unit gutted
Press Trust Of India / New Delhi/ Kanpur April 06, 2006
Property worth lakhs of rupees was destroyed in a devastating fire which
broke out in the Nerolac factory here, police said today.
About half a dozen fire tenders from the city as well as neighbouring Auriya
and Jalaun districts were pressed into service and the flames were
extinguished after six hours, police saad. The fire broke out when a boiler
burst in the factory, the police said. <more>
V.I.P. Industries posts
53% exports growth in FY2005-06.
V.I.P. Industries has set up a new plant at Haridwar in Uttaranchal
with injection moulding, frame manufacturing, anodizing and powder
coating facilities. The installed capacity of this plant is about 2
million pieces per annum and has started commercial production from April
2006. This Plant will primarily cater to the Civil Market (Trade) and will
lead to substantial income tax and excise duty benefits to the company. The
company has incurred a capex of Rs. 16 crore on this facility.
Colors of Success
Ashwin Dani, VC & MD, Asian Paints, swears by accurate demand forecasting,
powered by robust supply chain management. Dyed in IT, the multinational
stays miles ahead of the competition.
Among the largest performers in the Indian paint industry, Asian Paints’
association with IT is over three decades old. Capturing precise information
faster has been the paint company’s core mantra. This has enabled it to rank
amongst the top-ten decorative coatings companies in the world. The Rs
2,560-crore multi-national harnesses a robust supply chain system to
automate a wide spectrum of functions and increase demand forecasting
accuracy.
Ashwin Dani, Vice Chairman & Managing Director, Asian Paints, lays credit
for the company’s growth rate at IT’s door. Even before the paint’s dried,
he is already on his way, extending the supply chain to include the
company’s entire force of 18,000 dealers, using it as a binder between
people and teams.
Paint industry has grown to see a double-digit growth year-after-year
Ashwin Dani (AD), vice-chairman & managing director, Asian Paints Ltd and HM
Bharuka (HM), managing director, Goodlass Nerolac Paints Ltd talk about the
industry and its growth potential. <more>
Methode Network Bus
Products Receives UL 746A Approval for Powder Coating
ROLLING MEADOWS,
Ill.--April 25, 2006--Methode Network Bus Products, a business unit of
Methode Electronics, Inc., has received UL 746A approval for its epoxy
powder coating bus bar insulation system. UL 746A is an important insulation
requirement for motor drive, UPS, switchgear and other applications. The
powder coating is used to electrically insulate Methode's bus bar and power
distribution products.
Methode's powder coating is a high voltage insulation material that is
applied to bus bars by an electro-static spray process on an automated
production line, and cured in a high temperature chamber. The coating is
flame resistant and meets stringent environmental thermal and moisture
requirements. It has a high dielectric strength as it withstands voltages in
excess of 3,000 Volts. With the automated production line, powder coating
can be applied, cost effectively, to bus bars of virtually any size or
shape. Methode has fully automated power coating production lines at both of
their facilities in Rolling Meadows, Illinois, USA and Shanghai, China.
Powder coating is ideal for the switchgear, UPS, and motor drive industries
meeting the requirements of UL for RTI (Relative Thermal Index), HWI (Hot
Wire Ignition), High-Current Arc Resistance to Ignition (HAI) and
Comparative Tracking Index (CTI).
In its end use, the UL 746A approved powder coated bus bar can be positioned
in closer proximity to other powder coated bus bars, saving valuable space.
Also, by using a powder coated bus bar, design engineers can realize a cost
savings through a reduction in materials and insulation devices.
Powder coating is a key process used for Methode's new PowerRail(TM) system.
The PowerRail is an innovative, pluggable power distribution system
utilizing a rail bus bar and a quick connecting power cable and interconnect
(or bus bar interconnect). The powder coating allows the PowerRail to
operate with a dielectric strength of 3000 VDC, a maximum continuous
operating temperature of 125 degrees C, and UL94 V-0 flammability rating. <more>
Polyurethane Resin Demand
to Reach 7.6 Billion Pounds in 2009 Driven by Opportunities Based on Growing
Demand for Building Insulation, Coatings and Adhesives
April 19, 2006
CLEVELAND, April 19, 2006 -- Polyurethane resin demand in the US is
projected to rise 2.8 percent yearly to 7.6 billion pounds in 2009.
Expansion will be driven by opportunities in the construction market based
on growing demand for building insulation, coatings and adhesives. Flexible
and rigid polyurethane foams will remain dominant, together accounting for
nearly two-thirds of all polyurethane demand. Thermoplastic polyurethane
will present the best growth prospects in industrial and motor vehicle uses
such as gaskets, seals and hoses. The industry will also benefit from
product innovations that permit product differentiation, greater end-user
comfort and enhanced performance, with more environmentally friendly
characteristics. Resin prices will grow at a slower rate due to moderating
raw material prices, which will recede from the price spikes experienced in
2004 and 2005. These and other trends are presented in "Polyurethane," a new
study from The Freedonia Group, Inc., a Cleveland-based industry research
firm. <more>
Methode Network Bus
Products Receives UL 746A Approval for Powder Coating
ROLLING MEADOWS, Ill.--April 25, 2006--Methode Network Bus Products, a
business unit of Methode Electronics, Inc., has received UL 746A approval
for its epoxy powder coating bus bar insulation system. UL 746A is an
important insulation requirement for motor drive, UPS, switchgear and other
applications. The powder coating is used to electrically insulate Methode's
bus bar and power distribution products.
Methode's powder coating is a high voltage insulation material that is
applied to bus bars by an electro-static spray process on an automated
production line, and cured in a high temperature chamber. The coating is
flame resistant and meets stringent environmental thermal and moisture
requirements. It has a high dielectric strength as it withstands voltages in
excess of 3,000 Volts. With the automated production line, powder coating
can be applied, cost effectively, to bus bars of virtually any size or
shape. Methode has fully automated power coating production lines at both of
their facilities in Rolling Meadows, Illinois, USA and Shanghai, China. <more>
Keeping Your New Car
Shining
(NAPSI)-One of the best things about owning a new car is its smooth, shiny
"showroom" look. Maintaining that look-by washing and waxing your car
regularly and touching up any scratches-can keep it looking new longer.
Fortunately, the latest cars are finished with a high-tech process that
makes it easier for car owners to maintain that new-car look. Many cars on
the market today have a powder coated finish that helps protect them from
chips and scratches, as well as damage caused by UV rays, harsh weather,
salt spray and acid rain.
A clearcoat can protect the car's high-gloss finish, which keeps your car
looking new longer. <more>
Another tech transfer for
Utek
Tampa Bay Business
Journal - April 10, 2006
Utek Corp. has sold its subsidiary, Natural Adhesive Technologies Inc., to
Trio Industries Group in a stock transaction.
Natural Adhesive holds an exclusive license to a lignin-based wood adhesive
technology developed at the University of New Brunswick. Lignin binds to
cellulose fibers and hardens and strengthens the cell walls of plants. The
main advantage of the invention is that it is not made from petroleum
derivatives and contains no formaldehyde. It also has a long shelf life and
offers stable and predictable curing reactions.
Brought to you by Cingular Trio Industries' objective is to produce a high
quality, formaldehyde-free adhesive to be used in the production of various
board products, such as particleboards, fiberboards and flakeboards, a
release said.
Dallas-based Trio Industries Group was founded in 2000 to capitalize on
disruptive new coatings technologies developed by DuPont, and Rohm and Haas
Company, two specialty chemical firms that patented powder coating
applications that provide an enhanced performance acrylic coating finish to
wood products. Such coated wood products are used in a variety of
industries, including starter homes and multifamily housing developments,
office furniture components and ready-to-assemble products such as bookcases
and desks.
Utek is turning over companies at breakneck speed, having completed 14
technology transfers in 2005, which contributed to earnings of $5.9 million
on revenue of $22.7 million.
Plant City-based Utek (AMEX: UTK) is a technology transfer company that
enables companies to rapidly acquire innovative technologies from
universities and research laboratories worldwide.
Ciba Specialty Chemicals
forms development and licensing agreement with Biosignal
Ciba Specialty Chemicals announced the completion of a joint development and
licensing agreement with Biosignal, Sydney, Australia to develop novel
anti-microbial compounds for consumer and industrial products based upon
Biosignal?s anti-biofilm technology. Biosignal has granted Ciba Specialty
Chemicals an exclusive license in some of Ciba?s key markets including
coatings, paints, plastics, fibres and paper products. Biosignal?s anti-biofilm
technology is based on a discovery that the eastern Australian seaweed
Delisea pulchra produces natural furanones that disable bacteria's ability
to colonize. Development is expected to begin in May 2006 and testing will
occur at Ciba?s laboratories in Basel, Switzerland and at Biosignal?s
laboratories in Sydney, Australia.
ICI Paints Set to Open
Second Vietnam Plant Mid Next Year
ICI Vietnam Ltd, an affiliate of UK-based ICI Paints, has begun construction
of its second plant in the southern part of Vietnam. The new plant is being
built on a six hectare site in My Phuoc Industrial Park in the the southern
Binh Duong province. The new plant will be used to manufacture paints,
coatings and other related materials and chemicals. The factory, valued at
approximately $20 million and scheduled to come on line in the middle of
next year, will have an annual capacity of 24 million liters of paint in its
first phase
Contract worth USD 12
million for Jotun
Coatings Flash -
April 03, 2006
During the next two years, Jotun Coatings will supply paint systems to
Kashagan in the Caspian sea, the world's largest offshore oil field.
Specifically, a contract worth USD 1.5?2 million is with Aker Kværner (a
Norwegian supplier of engineering and construction services), which will
design and build one of the platform decks. Jotun will supply all the
coatings for this project. Also, Jotun Coatings in Norway will supply paint
to Aker Kværner's part of the project in Kashagan, Jotun Italy secured a
sizeabe part through Bonatti, one of the major contractors in Italy and
Jotun Boya in Turkey will supply all the coatings for the construction of
the North Caspian Consortium?s onshore facilities in Kashagan. That contract
is worth USD 10 million, one of Jotun's largest ever contracts.
International Paint
increases prices for marine coatings, reacting to dramatic new raw material
cost base
Coatings Flash -
April 03, 2006
"Unprecedented raw material costs" have led International Paint Ltd., part
of Akzo Nobel, to initiate price increases for their marine coatings. "Over
the last few years we have seen the costs of all of our key raw materials
rise significantly and last year was no exception" said Mr Brian Smith,
International Paints? Marine Coatings Commercial Director. Mr Smith
explained that 2005 saw a near 50% increase in the price of oil, and a
consequent 20% price rise for key solvent groups for marine products. In
addition, even higher price increases have been established in the market
for zinc (increase in 2005 over 50%), copper (40%) and aluminium metals
(over 20%). These raw materials are a critical component of many marine
coatings. "This new cost base looks set to stay, and therefore unfortunately
we are left with no choice but to raise the prices of our Coatings" said Mr
Smith.
Nippon Paint
Nippon Paint began production April 1 at its new 1,100-t/m facility for
metal-finishing agents, Japan Chemical Week reports. The facility at Okayama
(Okayama Prefecture), Japan, has twice the floor space of its existing
facility at Osaka.
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