Biopolymers for Paperboard Extrusion Coating and Converting - SPE FlexPackCon...C. Carey Yang, Ph.D.
Biopolymers have shown promising options for sustainable packaging applications. This article presents an overview of challenges and opportunities in biopolymers for paperboard extrusion coating and converting processes. Material properties, extrusion coating process and equipment requirements, regulatory compliance, and downstream converting are reviewed. The latest developments and emerging trends in biopolymer technology and innovation are discussed.
Additives of Polymer, Additives of plastic, Improve properties of Plastic, Ty...Jaynish Amipara
additives of plastic.
uses of filler in plastic.
types of a heat stabilizer.
types of lubricant.
types of plasticizer in plastic.
plastic in antioxidant.
1. Introduction: Packaging has been with humans for thousands of years in one form or the other. Packaging dates back to when people first started moving from place to place. Originally, skins, leaves, and bark were used for food transport. Four thousand years ago, sealed pottery jars were used to protect against rodents, and glass making was an important industry in Egypt. Tin-plating iron became possible in AD1200, and as steel replaced iron this method became useful. One hundred years ago there was little use for packaging in the food industries. Now, tremendous progress has been made in the development of diversified packaging materials and packaging equipment.
2. Packaging performs five main functions:
a. Product containment
b. Preservation and quality
c. Presentation and convenience
d. Protection during Distribution and Processing
e. Provide storage history
3. Ideal packaging material: Packaging material with zero toxicity, high product visibility, strong marketing appeal, the ability of moisture over a large temperature range, low cost and availability, stable performance over a large temperature range, suitable mechanical strength and suitable strength, easy machine handling and suitable friction coefficient, closure characteristics, such as opening, sealing and resealing, ability to include proper labeling, the resistance of migration of leaching from the package, protection from loss of flavor and odor, and control transmission of required or unwanted gases, etc.
4. Packaging material selection is based on:
Technical properties (strength, flexibility, etc.), fitness for purpose (moisture barrier, cushioning, etc.), availability, manufacturing capability, cost, environmental impact, and regulations.
5.Types of Packaging Materials :
a. Rigid (wood, glass, metals, and hard plastics )
b. Flexible (Plastic film, foil, paper, and textiles )
6. Industrial Overview:
Packaging is one of the fastest-growing industries and stands at USD 700 billion globally. The Indian packaging industry constitutes ~4% of the global packaging industry and is growing 18% p.a. wherein flexible and rigid packing is expected to grow at 25% and 15% respectively. The per capita packaging consumption in India is low at 4.3 kgs, compared to developed countries like Germany and Taiwan where it is 42 kgs and 19 kgs respectively. Indian packaging industry is valued at over USD 32 Bn and offers employment to more than 10 lakh people across the country through ~10,000 firms.
7. Polymeric packaging material:
a. Plastic: It is a complex organic compounds produced by polymerization, capable of being molded, extruded, cast into various shapes and films, or drawn into filaments and then used as textile fibers.
7.1. Based on the polymerization process and molecular structure, Polymeric materials are classified into various polymers.
8. Testing of polymeric Packaging Materials
Biopolymers for Paperboard Extrusion Coating and Converting - SPE FlexPackCon...C. Carey Yang, Ph.D.
Biopolymers have shown promising options for sustainable packaging applications. This article presents an overview of challenges and opportunities in biopolymers for paperboard extrusion coating and converting processes. Material properties, extrusion coating process and equipment requirements, regulatory compliance, and downstream converting are reviewed. The latest developments and emerging trends in biopolymer technology and innovation are discussed.
Additives of Polymer, Additives of plastic, Improve properties of Plastic, Ty...Jaynish Amipara
additives of plastic.
uses of filler in plastic.
types of a heat stabilizer.
types of lubricant.
types of plasticizer in plastic.
plastic in antioxidant.
1. Introduction: Packaging has been with humans for thousands of years in one form or the other. Packaging dates back to when people first started moving from place to place. Originally, skins, leaves, and bark were used for food transport. Four thousand years ago, sealed pottery jars were used to protect against rodents, and glass making was an important industry in Egypt. Tin-plating iron became possible in AD1200, and as steel replaced iron this method became useful. One hundred years ago there was little use for packaging in the food industries. Now, tremendous progress has been made in the development of diversified packaging materials and packaging equipment.
2. Packaging performs five main functions:
a. Product containment
b. Preservation and quality
c. Presentation and convenience
d. Protection during Distribution and Processing
e. Provide storage history
3. Ideal packaging material: Packaging material with zero toxicity, high product visibility, strong marketing appeal, the ability of moisture over a large temperature range, low cost and availability, stable performance over a large temperature range, suitable mechanical strength and suitable strength, easy machine handling and suitable friction coefficient, closure characteristics, such as opening, sealing and resealing, ability to include proper labeling, the resistance of migration of leaching from the package, protection from loss of flavor and odor, and control transmission of required or unwanted gases, etc.
4. Packaging material selection is based on:
Technical properties (strength, flexibility, etc.), fitness for purpose (moisture barrier, cushioning, etc.), availability, manufacturing capability, cost, environmental impact, and regulations.
5.Types of Packaging Materials :
a. Rigid (wood, glass, metals, and hard plastics )
b. Flexible (Plastic film, foil, paper, and textiles )
6. Industrial Overview:
Packaging is one of the fastest-growing industries and stands at USD 700 billion globally. The Indian packaging industry constitutes ~4% of the global packaging industry and is growing 18% p.a. wherein flexible and rigid packing is expected to grow at 25% and 15% respectively. The per capita packaging consumption in India is low at 4.3 kgs, compared to developed countries like Germany and Taiwan where it is 42 kgs and 19 kgs respectively. Indian packaging industry is valued at over USD 32 Bn and offers employment to more than 10 lakh people across the country through ~10,000 firms.
7. Polymeric packaging material:
a. Plastic: It is a complex organic compounds produced by polymerization, capable of being molded, extruded, cast into various shapes and films, or drawn into filaments and then used as textile fibers.
7.1. Based on the polymerization process and molecular structure, Polymeric materials are classified into various polymers.
8. Testing of polymeric Packaging Materials
plastic testing ASTM,ISO,IEC
mechanical,chemical,electrical optical testing.
Polymer Testing provides a forum for developments in the testing of polymers and polymeric products and is hence of interest to those concerned with testing rubbers and plastics in research, in production and in connection with the specification and purchase of products.
This instrument is based on the cup method, and is professionally applicable to the water vapor transmission rate test of film specimens. It is equipped with three individual test dishes and the testing process is completely automatic and conforms to international standards.
Introduction to Chemistry, Synthesis, Properties, Applications, Worldwide contribution and economics. Comparison with other similar pigments like Pigment Orange 13, Pigment Red 38, Pigment Red 41, Pigment Red 111.
Plastics are contemporary, synthetic materials. Plastics are oil and gas based, and consumes less than four per cent of our oil and gas reserves. Plastic in fact saves the energy it takes less energy to convert into plastic from raw materials. Throughout their whole life circle one-third less energy needs than making paper bags. Without plastic, whole packaging would take almost double energy by around 160 percent. The better-quality properties of plastics such as sanitized or germ free barrier properties, light weight, and durability contribute appreciably to our health and quality to way of life.
Tags
best small and cottage scale industries, Business consultancy, Business consultant, Copolymerization And Techniques Of Polymerization, Establish Plastic Product Making Plant, future of plastic industry in India, Get started in small-scale food manufacturing, Growth Polymerization, How Plastics Are Made, How to Start a plastic business?, How to Start a Plastic Manufacturing Business, how to start a plastic manufacturing business in India, How to Start a plastic Production Business, How to start a successful plastic business, how to start plastic industry, How to Start Plastic Manufacturing Industry (Plastics and Polymer Processing Industries), How to Start plastic Processing Industry in India, Indian plastics industry, modern small and cottage scale industries, Most Profitable plastic Processing Business Ideas, new small scale ideas in plastic processing industry, NPCS, Opportunity in the Indian Plastic Industry, plastic and polymer industry, plastic Based Small Scale Industries Projects, plastic business ideas, plastic business opportunities, plastic Business, plastic factory project plan, plastic factory setup, plastic industry in India, plastic industry process, plastic Making Small Business Manufacturing, Plastic Manufacturing Industry, plastic Processing & plastic Based Profitable Projects, plastic Processing Industry in India, plastic Processing Projects, Plastics & Polymers Technology Books, Plastics industry, Plastics: Materials And Processing Technology, Polymer Characteristics, Polymer Degradation and Stabilization, Preparation of Project Profiles, Process technology books, Profitable Plastic Product Manufacturing Business, Profitable plastic Small Scale Manufacturing, profitable small and cottage scale industries, Project identification and selection, Properties and Applications of Thermoplastic, Setting up and opening your plastic Business, Small scale Commercial plastic making, small scale plastic production line, Starting a Plastic Manufacturing Plant: Startup Business, Starting a plastic Processing Business, Thermogravimetry, Thermoplastic Composites, Thermoplastic Structural
plastic testing ASTM,ISO,IEC
mechanical,chemical,electrical optical testing.
Polymer Testing provides a forum for developments in the testing of polymers and polymeric products and is hence of interest to those concerned with testing rubbers and plastics in research, in production and in connection with the specification and purchase of products.
This instrument is based on the cup method, and is professionally applicable to the water vapor transmission rate test of film specimens. It is equipped with three individual test dishes and the testing process is completely automatic and conforms to international standards.
Introduction to Chemistry, Synthesis, Properties, Applications, Worldwide contribution and economics. Comparison with other similar pigments like Pigment Orange 13, Pigment Red 38, Pigment Red 41, Pigment Red 111.
Plastics are contemporary, synthetic materials. Plastics are oil and gas based, and consumes less than four per cent of our oil and gas reserves. Plastic in fact saves the energy it takes less energy to convert into plastic from raw materials. Throughout their whole life circle one-third less energy needs than making paper bags. Without plastic, whole packaging would take almost double energy by around 160 percent. The better-quality properties of plastics such as sanitized or germ free barrier properties, light weight, and durability contribute appreciably to our health and quality to way of life.
Tags
best small and cottage scale industries, Business consultancy, Business consultant, Copolymerization And Techniques Of Polymerization, Establish Plastic Product Making Plant, future of plastic industry in India, Get started in small-scale food manufacturing, Growth Polymerization, How Plastics Are Made, How to Start a plastic business?, How to Start a Plastic Manufacturing Business, how to start a plastic manufacturing business in India, How to Start a plastic Production Business, How to start a successful plastic business, how to start plastic industry, How to Start Plastic Manufacturing Industry (Plastics and Polymer Processing Industries), How to Start plastic Processing Industry in India, Indian plastics industry, modern small and cottage scale industries, Most Profitable plastic Processing Business Ideas, new small scale ideas in plastic processing industry, NPCS, Opportunity in the Indian Plastic Industry, plastic and polymer industry, plastic Based Small Scale Industries Projects, plastic business ideas, plastic business opportunities, plastic Business, plastic factory project plan, plastic factory setup, plastic industry in India, plastic industry process, plastic Making Small Business Manufacturing, Plastic Manufacturing Industry, plastic Processing & plastic Based Profitable Projects, plastic Processing Industry in India, plastic Processing Projects, Plastics & Polymers Technology Books, Plastics industry, Plastics: Materials And Processing Technology, Polymer Characteristics, Polymer Degradation and Stabilization, Preparation of Project Profiles, Process technology books, Profitable Plastic Product Manufacturing Business, Profitable plastic Small Scale Manufacturing, profitable small and cottage scale industries, Project identification and selection, Properties and Applications of Thermoplastic, Setting up and opening your plastic Business, Small scale Commercial plastic making, small scale plastic production line, Starting a Plastic Manufacturing Plant: Startup Business, Starting a plastic Processing Business, Thermogravimetry, Thermoplastic Composites, Thermoplastic Structural
Inventa compounding group -june-2016 m-web & linked inAsis Banerjie
Leading Innovation with Engineered Plastics for Performance and Cost reduction. We do most complex Polymer compounding research to commercialization. INVENTA Polymer is an agile & flexible company with practical economics in mind. Client satisfaction via continuous Learning and Improvement is our work policy.
New Eco-Sustainable Polyamide-Based Polymers for Multipurpose ApplicationsRadiciGroup
Nicolangelo Peduto - R&D manager at Radici Chimica & Radici Plastics
Anna De Sio - R&D and Technical Marketing at Radici Chimica
11th China International Polyamide & Intermediates Forum in Shanghai, 5-6 /12/2013
Radici Plastics: a Leader on Innovation with a Range of High Performance Poly...RadiciGroup
“Radici Plastics: a Leader on Innovation with a
Range of High Performance Polyamides”
By Erico Spini – MKT & Application Development Director - RadiciGroup/Plastics
RadiciGroup Press Conference - Milan (Italy) - May 7th @Plast2015
Greyhound Q-Fil Membrane Filters are one of the worlds most popular ranges of Membrane Filters for environmental, industrial, water, food, chemical and biotechnology laboratories.
These high quality membranes are manufactures to the highest specifications to meet the varying requirements of the scientific community.
GMM Pfaudler cleaner and more resistant Pfaudler Pharma glass PPG. glass lined Glasteel equipment are the long-recognized standard in the chemical process industries and are engineered and built per ASME code Section VIII Div. 1. European design codes like AD Merkblatter.
"Engineering Plastics: Sustainable Recycling"
by E. Spini (MKT & Appl. Development Director - RadiciGroup/Plastics)
IdentiPlast 2015 - “Plastics Waste: a Key Component of a Circular Economy” - 29 30 April 2015 Rome, Congress Center Fontana di Trevi
Advanced TTQC presentation for testing hunter.Azmir Latif Beg
The testing of textile products is an expensive business. A laboratory has to be set up and furnished with a range of test equipment. Trained operatives have to be employed whose salaries have to be paid throughout the year, not just when results are required. Moreover all these costs are nonproductive and therefore add to the final cost of the product. Therefore it is important that testing is not undertaken without adding some benefit to the final product. There are a number of points in the production cycle where testing may be carried out to improve the product or to prevent sub-standard merchandise progressing further in the cycle.
Hellermann Tyton Heat Shrink Cable Boots, Transitions & Moulded Shapes
Hellermann Tyton Helashrink heatshrink boots and moulded shapes in conjunction with specialist heatshrink tubing make it easy to fabricate complete jacketed wire and cable harnessing and interconnection systems.
Hellermann Tyton Helashrink heatshrink boots (straight and right-angled) and moulded shapes are available for the complete range of electrical and electronic harnessing applications. Heat shrink boots and shapes can be sealed with special adhesives and encapsulants to ensure the proper degree of mechanical support, strain relief and environmental protection. Encapsulating the complete harnessing and interconnection system to the desired configuration is easily and neatly accomplished with minimum weight and bulk using Hellermann Tyton Helashrink heat shrink components.
Hellermann Tyton Heat Shrink Moulded Shapes & Boots - Overview....
Hellermann Tyton Helashrink heat shrinkable shapes, end caps and cable break-out boots with and without inner adhesive. Hellermannn Tyton heat shrink backshells, 2-way outlet shapes, 3-way outlet shapes, 4-way outlet shapes, 5-way outlet shapes up to 6-way outlet shapes. Hellermann Tyton heat shrink right angle boot 90°, 45°C angle, T-shapes, Y-outlet, VG-style shapes. Heat shrink cable end caps for low voltage applications, two components epoxy adhesive and hot melt tape.
RO Protect Extreme is a Spun filter cartridge with a sturdy core and a graded pore structure for extreme filtration efficiency. This is a Weld free continuous length filter variant with thermal seal caps free of binders and adhesives. The variant is also available in a grooved pattern with increased surface area for a lower clean pressure drop, increased dirt holding capacity and longer life.
Similar to Dic pigments and preparations for plastics (20)
Selection of Colorant including pigment and dyes for engineering plastics, baoxu chemical supply clariant equivalents. www.additivesforpolymer.com, info@additivesforpolymer.com
Selection of Colorant including pigment and dyes for plastics, baoxu chemical supply clariant equivalents. www.additivesforpolymer.com, info@additivesforpolymer.com
antioxidant and UV stabilizers for polyolefins, polymer stabilizers from addivant. baoxu chemical supply addivant equivalents. www.additivesforpolymer.com, info@additivesforpolymer.com
antioxidant and UV stabilizers for the wire and cable, polymer stabilizers from addivant. baoxu chemical supply addivant equivalents. www.additivesforpolymer.com, info@additivesforpolymer.com
antioxidant and UV stabilizers for the fuel Industry, polymer stabilizers from addivant. baoxu chemical supply addivant equivalents. www.additivesforpolymer.com, info@additivesforpolymer.com
antioxidant and UV stabilizers for elastomer, rubber, polymer stabilizers from addivant. baoxu chemical supply addivant equivalents. www.additivesforpolymer.com, info@additivesforpolymer.com
antioxidant and UV stabilizers for coating, rubber, polymer stabilizers from addivant. baoxu chemical supply addivant equivalents. www.additivesforpolymer.com, info@additivesforpolymer.com
antioxidant and UV stabilizers for polyurethane, polymer stabilizers from addivant. baoxu chemical supply addivant equivalents. www.additivesforpolymer.com, info@additivesforpolymer.com
Our products are organic pigments, antioxidants, uv absorber, light stabilizers, optical brighteners. Also are agent of Addivant and Xrite in China, website:https://www.additivesforpolymer.com email:info@additivesforpolymer.com
Uv 531 chimassorb 81 cas 1843 05-6 msds, Our products are organic pigments, antioxidants, uv absorber, light stabilizers, optical brighteners. Also are agent of Addivant and Xrite in China, website:https://www.additivesforpolymer.com email:info@additivesforpolymer.com
Optical brightener kcb hostalux kcb cas 5089-22-5 tds, Our products are organic pigments, antioxidants, uv absorber, light stabilizers, optical brighteners. Also are agent of Addivant and Xrite in China, website:https://www.additivesforpolymer.com email:info@additivesforpolymer.com
Optical brightener fp 127 cas 40470 68-6 msds, Our products are organic pigments, antioxidants, uv absorber, light stabilizers, optical brighteners. Also are agent of Addivant and Xrite in China, website:https://www.additivesforpolymer.com email:info@additivesforpolymer.com
Antioxidant 1098 irganox 1098 23128-74-7 tds, Our products are organic pigments, antioxidants, uv absorber, light stabilizers, optical brighteners. Also are agent of Addivant and Xrite in China, website:https://www.additivesforpolymer.com email:info@additivesforpolymer.com
Our products are organic pigments, antioxidants, uv absorber, light stabilizers, optical brighteners. Also are agent of Addivant and Xrite in China, website:https://www.additivesforpolymer.com email:info@additivesforpolymer.com
Antioxidant dstdp antioxidant dstp irganox ps 802 cas 693 36-7 tds, Our products are organic pigments, antioxidants, uv absorber, light stabilizers, optical brighteners. Also are agent of Addivant and Xrite in China, website:https://www.additivesforpolymer.com email:info@additivesforpolymer.com
Antioxidant b225 irganox b225 tds, Our products are organic pigments, antioxidants, uv absorber, light stabilizers, optical brighteners. Also are agent of Addivant and Xrite in China, website:https://www.additivesforpolymer.com email:info@additivesforpolymer.com
Hals 292 tinuvin 292 cas 41556 26-7 cas 82919-37-7 msds, Our products are organic pigments, antioxidants, uv absorber, light stabilizers, optical brighteners. Also are agent of Addivant and Xrite in China, website:https://www.additivesforpolymer.com email:info@additivesforpolymer.com
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𝐓𝐉 𝐂𝐨𝐦𝐬 provides unlimited package services including such as Event organizing, Event planning, Event production, Manpower, PR marketing, Design 2D/3D, VIP protocols, Interpreter agency, etc.
Sports events - Golf competitions/billiards competitions/company sports events: dynamic and challenging
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It is a sample of an interview for a business english class for pre-intermediate and intermediate english students with emphasis on the speking ability.
1. who benefits from our superior pigments
for plastics applications?
you do.
working for you
Technical Pigments and Preparations for Plastics
2. technical data and physical properties
Heat Stability:
Maximum suggested process temperatures. While higher
temperatures may be possible, testing in critical applications is
suggested. Our testing consists of color level: Tint=0.1% Pigment
and 1.9% TiO2 at timed intervals for each temperature level. CIE
Lab Delta E < 2 from the lowest molding temperature was taken
as the cut off point in establishing the maximum temperature
quoted unless otherwise stated.
Light Fastness:
Light Stability Results are based on Xenon Lamp exposure in
accordance with standard methods.The light fastness rating (see
below) is derived by assessment against the fade of Blue Wool
standards exposed at the same time (ISO 105 BO2). Does not imply
weatherfast stability.
Light Fastness Scale:
1. Poor
2. Moderate
3. Below Average
4. Average
5. Above Average
6. Very Good
7. Excellent
8. Outstanding
Application Data
A: Generally good properties
B: Possible heat stability problems
C: Possible migration problems
D: Possible migration of carrier resins
FDA Status
Ø : No
√ : Yes
1
=
For use not to exceed 1% by weight of polymers. The finished
articles are to contact food only under conditions of use B
through H described in table 2 of 21CFR 176.170 (c).
2
=
Please review FCN 1311 for details condition and
use restrictions.
3
=
The polyethylene resin in these products complies with
21 CFR 177.1520 for use as a component of food contact
coatings at levels up to and including 50% by weight of any
mixture employed as a food contact coating conforming to
paragraph (c) 2.3.
4
=
For use at levels not to exceed 1.0% by weight of polymers.
The finished articles are to contact food only under conditions
of use B through G described in table 2 of 21 CFR 176.170 (c).
5
= Compliant to 177.2600.
for the broadest range of color for your plastics colorant needs,
choose Sun Chemical Performance Pigments
Sun Chemical Performance Pigments is a world leading
manufacturer of colors, effects and dispersions for the plastics
industry. Through Quailty, Service and Innovation, we are able to
expand our product portfolio into new shades, chemistries
and dispersions.
This brochure outlines the main Sun Chemical codes and product
lines recommended for plastics. However, it is not all inclusive and
there may be other grades available to better suit your needs.
For more information, please contact one of our Sales and
Technical representatives.
Trade Name Information
Benda-Lutz - Aluminum and goldbronze effects.
Fanchon- High performance pigments for plastics.
Indofast- High performance carbazole violet pigments
for plastics.
Palomar- High performance tetrachlor phthalocyanine and
Indanthrone pigments.
Perrindo- High performance perylene pigments for plastics.
Predisol- A range of highly pigmented (50 - 60%) dispersions
for plastics.
Quindo- High performance quinacridone pigments
for plastics.
Sunbrite- Classical azo pigments for plastics.
SunCROMA - D&C and FD&C pigments for plastics.
Sunfast- Phthalocyanine pigments for plastics.
SunGEM XST- Glass-based pearlescent effects.
SunMICA- Natural untreated pearlescent micas.
SunMICA LUX - Synthetic mica based pearlescent effects.
SunPlast - Free-flowing, low-dusting, microgranular dry color.
3. Technical Pigments for Plastics 2
Masstone 1:19 Tint Comments
Rubber pPVC PE PP PS
Application Data
FDA
Product Code
Trade Name
Color Index
Heat
Stability
Light Fast
Tint
279-5138
Fanchon Yellow 138
PY 138
√
500ºF
260ºC
7 A C A A A Quinophthalone Yellow
271-5151
FanchonYellow 151
PY 151
Ø
550ºF
290ºC
7 A C A A A Benzimidazolone Yellow
275-0023
Sunbrite Yellow 17
PY 17
Ø
392ºF*
200ºC
5-6 A C A B A Diarylide AAOA Standard Plastics Grade
271-5154
Fanchon Yellow 154
PY 154
Ø
400ºF
205ºC
7-8 A C A B B Benzimidazolone Yellow
279-0155
Sunbrite Yellow 155
PY 155
Ø
525ºF
275ºC
7 A A A A A
Disazo Condensation
DE=3
274-5126
Sunbrite Yellow 14
PY 14
Ø
392ºF*
200ºC
3-4 A C A B B Diarylide AAOT Standard Plastics Grade
274-3954
Sunbrite Yellow 14
PY 14
Ø
392ºF*
200ºC
3-4 A C A B B Diarylide AAOT Standard Plastics Grade
279-0150
Fanchon Yellow 150
PY 150
Ø
575ºF
300ºC
8 A A A A A Ni Azo Yellow
275-0049
Sunbrite Yellow 13
PY 13
Ø
392ºF*
200ºC
5 A C A B B Diarylide AAMX Standard Plastics Grade
275-9849
Sunbrite Yellow 13
PY 13
Ø
392ºF*
200ºC
5 A C A B B Diarylide AAMX Standard Plastics Grade
262-3562
Sunbrite Yellow 62
PY 62
Ø
480ºF
250ºC
5 A A A A B
Ca Lake Mono Azo Yellow
DE=3
* Diarylides DCB Based pigment maximum recommended processing temp should not exceed 200ºC
4. Technical Pigments for Plastics3
Masstone 1:19 Tint Comments
Rubber pPVC PE PP PS
Application Data
FDA
Product Code
Trade Name
Color Index
Heat
Stability
Light Fast
Tint
* Diarylides DCB Based pigment maximum recommended processing temp should not exceed 200ºC
262-6562
Sunbrite Yellow 62
PY 62
Ø
480ºF
250ºC
5 A A A A B
Ca Lake Mono Azo Yellow
DE=3
271-5180
Fanchon Yellow 180
PY 180
4
√
575ºF
300ºC
7-8 A A A A A Benzimidazolone Yellow
279-0139
Fanchon Yellow 139
PY 139
Ø
480ºF
250°C
6-7 A A A A A
Isoindoline Yellow
DE=3
275-0570
Sunbrite Yellow 83
PY 83
Ø
392ºF*
200ºC
5-6 A C A B A
Diarylide AADMCA Standard
Plastics Grade
275-4570
Sunbrite Yellow 83
PY 83
Ø
392ºF*
200ºC
5-6 A C A B A
Diarylide AADMCA Standard
Plastics Grade
279-7110
Fanchon Yellow 110
PY 110
Ø
550ºF
290ºC
8 A A A A A Isoindolinone FDA Yellow
279-7111
Fanchon Yellow 110
PY 110
1
√
550ºF
290ºC
7-8 A A A A A Isoindolinone FDA Yellow
279-8110
Fanchon Yellow 110
PY 110
Ø
550ºF
290ºC
8 A A A A A Isoindolinone Yellow
279-0181
Fanchon Yellow 181
PY 181
Ø
575ºF
300ºC
8 A A A A A Benzimidazolone Yellow
276-1430
Fanchon Orange 43
PO 43
Ø
575ºF
300ºC
8 A C A A A
Perinone - Excellent
weather fastness
271-6430
Fanchon Orange 64
PO 64
1
√
550ºF
290°C
8 A A A A A Benzimidazolone Orange
5. Technical Pigments for Plastics 4
Masstone 1:19 Tint Comments
Rubber pPVC PE PP PS
Application Data
FDA
Product Code
Trade Name
Color Index
Heat
Stability
Light Fast
Tint
Contact us now for questions or sample requests: +1 800 543 2323
276-0203
Sunbrite Orange 13
PO 13
Ø
350ºF
175ºC
5 A C A B B Pyrazolone Orange – EU
276-2384
Sunbrite Orange 13
PO 13
Ø
350ºF
175ºC
5 A C A B B Pyrazolone Orange – NAFTA
212-7152
Sunbrite Orange 46
PO 46
Ø
575ºF
300ºC
2 A C A A A Ba Azo Orange - Standard Dry
236-0038
Sunbrite Red 38
PR 38
5
√
350ºF
175ºC
3 A C B B B Pyrazolone - Alternate 236-5025
215-5652
Sunbrite Red 53:1
PR 53:1
Ø
575ºF
300ºC
2 A C A A A Ba RLC - Standard Plastic Grade
215-7616
Sunbrite Red 53:1
PR 53:1
Ø
575ºF
300ºC
2 A C A A A Ba RLC - Controlled for Soluble Barium
227-0177
Sunbrite Red 177
PR 177
1
√
550ºF
290ºC
7 A C A A A Anthraquinone - Opaque
227-5177
Sunbrite Red 177
PR 177
1
√
575ºF
300ºC
7 A C A A A Anthraquinone - Transparent
234-3955
Sunbrite Red 48:1
PR 48:1
Ø
550ºF
290ºC
5 A A A A B Ba2B
226-6254
Sunbrite Red 254
PR 254
1
√
550ºF
290ºC
7 A A A A A DPP Red
234-0124
Sunbrite Red 48:3
PR 48:3
Ø
480ºF
250ºC
4-5 A B A A A
Sr 2B - Fiber Grade
DE=3
6. Technical Pigments for Plastics5
Masstone 1:19 Tint Comments
Rubber pPVC PE PP PS
Application Data
FDA
Product Code
Trade Name
Color Index
Heat
Stability
Light Fast
Tint
* Diarylides DCB Based pigment maximum recommended processing temp should not exceed 200ºC
234-0781
Sunbrite Red 48:2
PR 48:2
Ø
450ºF
230ºC
5 A C A A B
Ca2B - Standard Dry Standard
Plastics Grade
DE=3
234-0123
Sunbrite Red 48:2
PR 48:2
Ø
450ºF
230ºC
5 A C A A B
Ca2B - Fiber Grade
DE=3
235-7070
Sunbrite Red 170
PR 170
Ø
525ºF
275ºC
6 A C A A B Napthol Opaque
235-7170
Sunbrite Red 170
PR 170
Ø
525ºF
275ºC
5 A C A A B Napthol Transparent
211-4620
Sunbrite Red 49:2
PR 49:2
Ø
525ºF
275ºC
2 A C A A B Ca Lithol Red
228-0SGK
Fastogen Super Scarlet GK
PR 207
Ø
575ºF
300°C
8 A A A A A
Very yellow shade red quinacridone
with excellent fastness properties,
namely weather fastness
219-0125
Sunbrite Red 57:1
PR 57:1
Ø
465ºF
240ºC
4 A C A A B Ca Lithol Rubine - Fiber Grade
225-2480
Sunbrite Red 60:1
PR 60:1
Ø
500ºF
260ºC
4 A A A A A Ba/Al Scarlet
228-0022
Quindo Red 19
PV 19
√
575ºF
300ºC
7-8 A A A A A
Quinacridone Red - Standard
Plastics Grade
228-0044
Quindo Red 19
PV 19
√
575ºF
300ºC
8 A A A A A
Quinacridone Red - Bright MT
vs. 228-0022
228-8673
SunPlast G Red 19
PV 19
√
575ºF
300ºC
8 A A A A A
Quinacridone Red - SunPlast G -
Granules
7. Technical Pigments for Plastics 6
Masstone 1:19 Tint Comments
Rubber pPVC PE PP PS
Application Data
FDA
Product Code
Trade Name
Color Index
Heat
Stability
Light Fast
Tint
Contact us now for questions or sample requests: +1 800 543 2323
228-8638
Quindo Violet 19
PV 19
√
575ºF
300ºC
7-8 A A A A A
Quinacridone Violet - Slightly Strong &
Red vs. 228-5199
228-0933
SunPlast G Violet 19
PV 19
√
575ºF
300ºC
7-8 A A A A A
Quinacridone Violet - SunPlast G -
Granules - Soft & Red vs. 228-5199
228-5199
Quindo Violet 19
PV 19
√
575ºF
300ºC
7-8 A A A A A
Quinacridone Violet - Standard
Plastics Grade
228-1158
Quindo Violet 19
PV 19
√
575ºF
300ºC
7-8 A A A A A
Quinacridone Violet - Slightly Less
Red vs. 228-5199
228-6655
Quindo Magenta 122
PR 122
2
√
575ºF
300ºC
7 A A A A A
Quinacridone Magenta -
Dry of 228-8655
228-8655
SunPlast G Magenta 122 Gran
PR 122
2
√
575ºF
300ºC
7 A A A A A
Quinacridone Magenta -
SunPlast G - Granules -
Easier dispersing & Blue vs. 228-0013
228-CBR4
Fastogen SuperMagenta 122
PR 122
2
√
575ºF
300ºC
7 A A A A A
Quinacridone Magenta - Bluer vs.
228-0013 Fiber Grade
228-0131
SunPlast G Magenta 122
PR 122
2
√
575ºF
300ºC
7 A A A A A
Quinacridone Magenta - SunPlast G -
Granules - Fiber grade high chroma
228-0013
Quindo Magenta 122
PR 122
2
√
575ºF
300ºC
7 A A A A A
Quinacridone Magenta -
Standard Plastics Grade
228-6725
Quindo Magenta 202
PR 202
√
575ºF
300ºC
8 A A A A A Quinacridone Magenta 202 - Opaque
228-6864
SunPlast G Magenta 202 2B Gran
PR 202
√
575ºF
300ºC
8 A A A A A
Quinacridone Magenta 202 -
SunPlast G - Granules -
Fiber Grade
8. Technical Pigments for Plastics7
Masstone 1:19 Tint Comments
Rubber pPVC PE PP PS
Application Data
FDA
Product Code
Trade Name
Color Index
Heat
Stability
Light Fast
Tint
* Diarylides DCB Based pigment maximum recommended processing temp should not exceed 200ºC
228-6863
Magenta 202 Dry
PR 202
√
575ºF
300ºC
8 A A A A A
Quinacridone Magenta Standard
Plastics Grade
229-8828
Perrindo Maroon 179
PR 179
√
575ºF
300ºC
7 A A A A A Perylene Red - Standard Plastics Grade
229-4050
Perrindo Violet 29
PV 29
Ø
575ºF
300ºC
7 A A A A A
Perylene Violet - Standard
Plastics Grade
246-0505
Indofast Violet 23
PV 23
Ø
475ºF
250ºC
7-8 A A A A B
Dioxazine Violet - Standard
Plastics Grade
260-5645
Palomar Blue 60
PB 60
Ø
575ºF
300ºC
7-8 A A A A A Indanthrone Blue
248-3669
Sunfast Blue 15
PB 15:0
√
392ºF
200ºC
7-8 A B B B B PCN RS Blue - Non Stabilized
248-3745
Sunfast Blue15:1
PB 15:1
√
575ºF
300ºC
7-8 A C A A A
PCN RS Blue - Stabilized -
Standard Plastics Grade
248-3720
Sunfast Blue 15:1
PB 15:1
√
575ºF
300ºC
7-8 A C A A A
PCN RS Blue - Stabilized - Slightly Less
Red than 248-3745
248-3700
Sunfast Blue 15:1
PB 15:1
√
575ºF
300ºC
7-8 A C A A A
PCN RS Blue - Stabilized - Slightly Less
Red than 248-3745
248-380F
Sunfast Blue 15:1
PB 15:1
√
575ºF
300ºC
7-8 A C A A A PCN RS Blue - Stabilized - Fiber Grade
248-6920
Sunfast Blue 15:1
PB 15:1
√
575ºF
300ºC
7-8 A C A A A
PCN RS Blue Hemi Cl - Slightly Green
vs. 248-3745
9. Technical Pigments for Plastics 8
Masstone 1:19 Tint Comments
Rubber pPVC PE PP PS
Application Data
FDA
Product Code
Trade Name
Color Index
Heat
Stability
Light Fast
Tint
Contact us now for questions or sample requests: +1 800 543 2323
248-0061
Sunfast Blue 15:1
PB 15:1
√
575ºF
300ºC
7-8 A A A A A
PCN RS Blue Mono Cl - Green
vs. 248-3745
249-980P
Fastogen Blue 15:3
PB 15:3
√
575ºF
300ºC
7 A A A A A PCN Green Shade Blue
249-7900
Sunfast Blue 15:3
PB 15:3
√
575ºF
300ºC
7-8 A A A A A PNC Green Shade Blue
249-790F
Sunfast Blue 15:3
PB 15:3
√
575ºF
300ºC
7-8 A A A A A PNC Green Shade Blue - Fiber Grade
249-9812
Sunfast Blue 15:3
PB 15:3
√
550ºF
290ºC
7-8 A A A A A
PCN GS Blue - Slightly Red vs.
248-1284 - Excellent Chroma
249-1284
Sunfast Blue 15:3
PB 15:3
√
550ºF
290ºC
7-8 A A A A A PCN GS Blue - Standard Plastics Grade
249-3450
Sunfast Blue 15:4
PB 15:4
√
575ºF
300ºC
7-8 A A A A A PCN GS Blue NCNF
264-8142
Sunfast Green 7
PG 7
√
575ºF
300ºC
7-8 A A A A A PCN Green - Very Blue Shade
264-8735
Sunfast Green 7
PG 7
√
575ºF
300ºC
7-8 A A A A A
PCN Green - Slightly Yellow
vs. 264-0414
264-0414
Sunfast Green 7
PG 7
√
575ºF
300ºC
7-8 A A A A A PCN Green - Standard Plastics Grade
264-7700
Sunfast Green 7
PG 7
√
575ºF
300ºC
7-8 A A A A A
PCN Green - Yellow vs. 264-0414 -
Standard Plastics Grade
10. Technical Pigments for Plastics9
Masstone 1:19 Tint Comments
Rubber pPVC PE PP PS
Application Data
FDA
Product Code
Trade Name
Color Index
Heat
Stability
Light Fast
Tint
* Diarylides DCB Based pigment maximum recommended processing temp should not exceed 200ºC
264-770F
Sunfast Green 7
PG 7
√
575ºF
300ºC
7-8 A A A A A
PCN Green - Yellow vs. 264-0414 -
Fiber grade
264-7405
Sunfast Green 7
PG 7
√
575ºF
300ºC
7-8 A A A A A PCN Green – EU
264-7036
Sunfast Green 36
PG 36
Ø
575ºF
300ºC
7-8 A A A A A PCN Green - Very Yellow Shade
11. 10
Masstone 1:19 Tint Comments
Rubber pPVC PE PP PS
Application Data
FDA
Product Code
Trade Name
Color Index
Heat
Stability
Light Fast
Tint
Cosmetic Grade Pigments for Plastics
C39-4433 SunCROMA
FD&C Blue 1 AI Lake
PB 78
FD&C
392ºF
200ºC
3 A C A B B 12% Dye Content
C69-4537 SunCROMA
FD&C Yellow 5 AI Lake
PY 100
FD&C
475ºF
250ºC
3 A C A A A 38% Dye Content
C70-5270 SunCROMA
FD&C Yellow 6 AI Lake
PY 104
FD&C
525ºF
275ºC
2 A C A A A 40% Dye Content
C37-6340 SunCROMA
FD&C Red 40 AI Lake
PR 273
FD&C
392ºF
200ºC
2 A C A A B 38% Dye Content
C19-003 SunCROMA
D&C Red 7 Ca Lake
PR 57:1
D&C
425ºF
220ºC
3 A C A A B 60% Pigment Content
12. PE Wax EVA Wax
Pigment
Content
Masstone 1:19 Tint
Heat Stability
1-8 Scale
1:19 Tint
CIE Lab DE<2
@ 5 Minutes
ºC/ºF
Light FastnessCarrier Content
Color Index
Trade Name
Product Code
Technical Preparations for Plastics11
* Diarylides DCB Based pigment maximum recommended processing temp should not exceed 200ºC
PY 17 Predisol PE Yellow 17 5-6 200ºC/392ºF *
L75-1331 50 % 50 %
PY 155 Predisol PE Yellow 155 7 270ºC/525ºF
L79-P255 60 % 40 %
PY 14 Predisol PE Yellow 14 3-4 200ºC/392ºF *
L74-1357 50 % 50 %
PY 150 Predisol PE Yellow 150 8 300ºC/575ºF
L79-0150 50 % 50 %
PY 13 Predisol PE Yellow 13 5 200ºC/392ºF *
L75-1349 50 % 50 %
PY 62 Predisol PE Yellow 62 5 250ºC/480ºF
L62-P204 60 % 40 %
PY 180 Predisol PE Yellow 180 5 300ºC/575ºF
L71-P280 60 % 40 %
PY 95 Predisol EVA Yellow 95 7 300ºC/575ºF
L71-P495 60 % 40 %
PY 83 Predisol Yellow 83 4-5 200ºC/392ºF *
L75-2377 50 % 50 %
L75-P483 60 % 40 %
PY 110 Predisol Yellow 110 8 290ºC/550ºF
L79-P408 60 % 40 %
PO 16 Predisol PE Orange 16 3 200ºC/392ºF *
L76-P282 50 % 50 %
PR 53:1 Predisol PE Red 53:1 2 300ºC/575ºF
L15-P253 60 % 40 %
L15-1210 55 % 45 %
PR 254 Predisol PE Red 254 7 290ºC/550ºF
L26-P254 60 % 40 %
PR 170 Predisol PE Red 170 6 275ºC/525ºF
L35-P218 60 % 40 %
PR 48:1 Predisol PE Red 48:1 5 290ºC/550ºF
L34-P481 60 % 40 %
PR 48:2 Predisol PE Red 48:2 5 230ºC/450ºF
L34-P248 60 % 40 %
L34-P202 50% 50%
PR 176 Predisol PE Red 176 6-7 270ºC / 515ºF
L35-P276 60 % 40 %
PV 19 Predisol PE Red 19 6-7 300ºC / 575ºF
L28-P244 60 % 40 %
PR 122 Predisol PE Red 122 8 300ºC / 575ºF
L28-P213 60 % 40 %
13. PE Wax EVA Wax
Pigment
Content
Masstone 1:19 Tint
Heat Stability
1-8 Scale
1:19 Tint
CIE Lab DE<2
@ 5 Minutes
ºC/ºF
Light FastnessCarrier Content
Color Index
Trade Name
Product Code
Technical Preparations for Plastics 12
PV 23 Predisol PE Violet 23 7-8 250ºC / 475ºF
L46-4568 50 % 50 %
L46-4569 50 % 50 %
PB 15:1 Predisol Blue 15:1 7-8 300ºC / 575ºF
L48-P205 60 % 40 %
L48-1206 55 % 45 %
L48-3747 55 % 45 %
L48-P409 60 % 40 %
PB 15:3 Predisol PE Blue 15:3 7 300ºC / 575ºF
L49-0714 55 % 45 %
L49-P225 50 % 50 %
PB 15:4 Predisol PE Blue 15:4 7-8 300ºC / 575ºF
L49-P226 50 % 50 %
PG 7 Predisol PE Green 7 7-8 300ºC / 575ºF
L64-1207 55 % 45 %
L64-3107 50 % 50 %
L64-P264 50 % 50 %
L64-P407 65 % 35 %
PG 36 Predisol PE Green 7 7-8 300ºC / 575ºF
L64-P236 60 % 40 %
PBk 7 Predisol PE Black 7 7-8 290ºC / 550ºF
L47-9000 60 % 40 %
L47-P202 60 % 40 %
PBk 7 Predisol EVA Black 7 7-8 260ºC / 500ºF
L47-P411 60 % 40 %
PBk 31 Predisol PE Black 31 (Perylene) 7 260ºC / 500ºF
L29-P206 60 % 40 %