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Company overview. Premier specialty chemical companyServing 6000 customers in over 30 global industriesManufacturing more than 500 specialty products2009 Sales $1.3 Billion67 locations worldwide serving customers in 90 countries3300 employees worldwideLeading market positions
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2. Company overview Premier specialty chemical company
Serving 6000+ customers in over 30 global industries
Manufacturing more than 500 specialty products
2009 Sales $1.3 Billion
67 locations worldwide serving customers in 90+ countries
3300 employees worldwide
Leading market positions
#1 or #2 global provider in majority of core products
Highly technical, global sales & marketing teams
Access to key decision makers in broad customer base
Proven success in strategic partnerships
Collaborative alliances with both producers and customers
Specialize in tailoring products to specific customer needs
3. Elastomers
Hot e-SBR
Crosslinked e-SBR
Polymers
Aquazol®
PVP K homopolymers
PVP/VA copolymers
PVP K 90 GSX
Gantrez®
Antara®
Jaypol® Specialty solvents
Tetrahydrofuran
y-Butyrolactone
Specialty surfactants
Surfadone® LP-100 & LP-300
Monomers
Rapi-Cure®
V-Pyrol®
V- Cap™
Biocides
Adhesives; in can protection
Sealants; in can protection
Adhesives; dry film protection
Sealants; dry film protection Adhesives & sealant product offerings from ISP
4. Adhesives & sealant product offerings from ISP
5. Adhesives & sealant product offerings from ISP (continued)
6. Some definitions
Specialty SBR = Hot SBR
Produced at approx. 55?C
Higher synthesis temp produces more branched structure
Much better adhesion vs cold SBR
Hence primary market is adhesives & sealants
Cold SBR = Commodity SBR
Produced at approx. 5?C
Lower synthesis temp produces more linear structure
Generally better performance when cured
Hence primary market for cold SBR is tyres
Cold SBR is not used significantly in adhesives
10. Selector guide
11. Aquazol® Polymers (Poly-2-ethyl-2-oxazoline)
12. Aquazol® Polymers (Poly-2-ethyl-2-oxazoline) Adhesive applications
Hot-melts
Significantly more heat resistant than PVOH
Lens blocking compounds (US PAT 7,220,800, May 2007)
PSAs (pressure sensitive adhesives)
Adhesion promoter in coatings
Aqueous stationary adhesives
Adhesives for food packaging
Approved under US FDA schedule 21 CFR 175.105 (adhesives)
Not approved under US FDA schedule 21 CFR 175.300 (coatings)
Products
Vary by molecular weight
Aquazol 5 – 5,000
Aquazol 50 – 50,000
Aquazol 200 – 200,000
Aquazol 500 – 500,000
13. Aquazol® Polymers (Poly-2-ethyl-2-oxazoline)
14. PVP (poly vinyl pyrrolidone)
15. PVP (poly vinyl pyrrolidone)
16. PVP K 90 GSX
17. PVP K 90 GSX (modified PVP K 90)
18. PVP/VA (vinyl pyrrolidone/vinyl acetate co-polymers)
19. PVP/VA (vinyl pyrrolidone/vinyl acetate co-polymers)
20. PVP/VA (vinyl pyrrolidone/vinyl acetate co-polymers)
21. PVP/VA (vinyl pyrrolidone vinyl acetate co-polymers)
22. Gantrez® (methyl vinylether/maleic anhydride copolymer)
23. Gantrez® (methyl vinylether/maleic acid copolymer)
24. Gantrez® (methyl vinylether/maleic half ester)
25. Antara® 430 (PVP/polystyrene latex)
26. Rapicure® (vinyl ethers)
27. Rapicure® (vinyl ethers)
28. Vinyl monomers
29. Vinyl monomers
30.
31. Physical Properties
32. Jaypol® AS 40 and Jaypol® AT6
33. Jaypol® AL & ALA
34. Jaypol® AL & ALA
35.
Jaypol® S40/S44
38. Jaypol ® AT6 and AS40 exhibit similar rheology and thickening efficiency
compared to ASE-1000 (Dow).
Jaypol ® AT6 is more similar to ASE-1000 while AS40 gives a smoother texture.
Jaypol ® AT6 and AS40 thickeners give higher viscosity than ASE-60 (Dow).
Jaypol ® AT6 exhibits slightly higher viscosity than AS40 based formulations but is still spreadable. AS40 gives smoother texture.
Jaypol ® AS100 gives higher viscosity than AT6 and could be tough to control rheology and spreading depending on choice of latex binder and dispersant.
Jaypol ® AL gives grainy uneven texture with poor spreadability.
No slip was observed when using any ISP ASE thickeners
39. Jaypol® C 986
40.
41.
42.
43. Biocides for adhesives & sealants
44. Biocides for adhesives & sealants
45. Biocides for adhesives & sealants
46. Biocides for adhesives & sealants
47. Key questions determining Biocide choice:
Main driver for change (e.g.: environmental or performance or price driven)
Biocide policy - are any actives unacceptable?
Prior experience with biocides in the same or comparable application
pH value of the finished product
Is interaction with ingredients possible?
Microbial condition of raw materials – and equipment
Components which increase the bio-susceptibility?
Is destruction of the biocide during process possible? (e.g.: high temperature, dosage time...)
Biocides for adhesives
48. Microbiological lab capabilities
Sterility tests
In-can preservative test (bacteria and fungi)
Dry-film resistance test (fungi and algae)
Plant hygiene audit
Identification of micro-organisms
Eradication test
Cultivation of plant isolates Biocides for adhesives
49. Adhesives & sealants laboratories Strong technical capabilities with regional technical service and global R&D network
Adhesives lab facilities in Port Neches, (TX) & Wayne (NJ)
50. For further information please contact your local ISP representative