Anstar - Products
Founded in 2018 and based in Leeds, Anstar is a leading Speciality Chemical Distributor. Our success stems from a lean, customer-focused approach, strong technical support, and a culture of innovation.
| Product | Description | |
|---|---|---|
| BR-930D | Ideal for 3D printing resins; high heat-distortion temperature; provides good toughness and impact resistance; enhances weatherability; low skin irritation. Uses: Coatings, electronics, 3d printing. Group: Oligomer. Oligomer Functionality: 3. Viscosity [CP]: 7,700 (Neat). Durometer Hardness: 87D. Tensile Strength [MPa]: 34. Elongation at Break [%]: 4.6. Elegonation with %: 4.6%. Categories: Oligomers. |  |
| BR-941 | Forms a clear, non-yellowing coating; fast cure response; hydrolytic stability; chemical and scratch resistant; superior hardness. | |
| BR-941 | Forms a clear, non-yellowing coating; fast cure response; hydrolytic stability; chemical and scratch resistant; superior hardness. Uses: Graphic arts, coatings, electronics, adhesives, 3d printing. Group: Oligomer. Oligomer Functionality: 6. Viscosity [CP]: 4,000 (Neat). Durometer Hardness: 92D. Tensile Strength [MPa]: 23. Elongation at Break [%]: 7. Elegonation with %: 7%. Categories: Oligomers. | |
| BR-952 | UDMA structure; ideal for nail gel applications; low MeHQ; low color; high gloss finish; non-yellowing; Bisphenol A free; provides toughness; low viscosity. | |
| BR-952 | UDMA structure; ideal for nail gel applications; low MeHQ; low color; high gloss finish; non-yellowing; Bisphenol A free; provides toughness; low viscosity. Uses: Graphic arts, coatings, electronics, 3d printing. Group: Oligomer. Oligomer Functionality: 2. Viscosity [CP]: 7,200 (Neat). Durometer Hardness: 89D. Tensile Strength [MPa]: 74. Elongation at Break [%]: 5.4. Elegonation with %: 5.4%. Categories: Oligomers. | |
| BR-970BT | Ideal for 3D printing resins; forms clear films with superior elongation; low viscosity; chemical and stain resistant; hydrolytic stability; low yellowing. | |
| BR-970BT | Ideal for 3D printing resins; forms clear films with superior elongation; low viscosity; chemical and stain resistant; hydrolytic stability; low yellowing. Uses: Coatings, electronics, adhesives, 3d printing. Group: Oligomer. Oligomer Functionality: 2. Viscosity [CP]: 13,000 (Neat). Durometer Hardness: 77D. Tensile Strength [MPa]: 23. Elongation at Break [%]: 50. Elegonation with %: 50%. Categories: Oligomers. | |
| BR-970H | Ideal for 3D printing resins; high modulus; higher heatdistortion temperature; very low viscosity; low yellowing; chemical and stain resistant; hydrolytic stability. | |
| BR-970H | Ideal for 3D printing resins; high modulus; higher heatdistortion temperature; very low viscosity; low yellowing; chemical and stain resistant; hydrolytic stability. Uses: Coatings, electronics, adhesives, 3d printing. Group: Oligomer. Oligomer Functionality: 2. Viscosity [CP]: 24,000 (Neat). Durometer Hardness: 83D. Tensile Strength [MPa]: 32. Elongation at Break [%]: 6.5. Elegonation with %: 6.5%. Categories: Oligomers. | |
| BR-990 | Forms a clear film with enhanced elongation, hardness, and strength; exhibits hydrolytic stability; non-yellowing. | |
| BR-990 | Forms a clear film with enhanced elongation, hardness, and strength; exhibits hydrolytic stability; non-yellowing. Uses: Coatings, electronics, adhesives, 3d printing. Group: Oligomer. Oligomer Functionality: 3. Viscosity [CP]: 34,000 (Neat). Durometer Hardness: 61D. Tensile Strength [MPa]: 14. Elongation at Break [%]: 40. Elegonation with %: 40%. Categories: Oligomers. | |
| BRC-4421 | Improved balance of flexibility and toughness; excellent hydrophobicity; acid, alkaline, and abrasion resistance; non-yellowing. Uses: Coatings, electronics, adhesives, 3d printing. Group: Oligomer. Oligomer Functionality: 2. Viscosity [CP]: 6,600 (Neat). Durometer Hardness: 75D. Tensile Strength [MPa]: 21. Elongation at Break [%]: 120. Elegonation with %: 120%. Categories: Oligomers. | |
| BRC-4421M | Excellent plastics adhesion and abrasion resistance for impact resistant coatings for plastics; imparts toughness for tough 3D printing resins; non-yellowing; glossy finish. | |
| BRC-443 | Forms clear films with improved adhesion & hardness; non-yellowing; low water absorption; acid, alkaline, & abrasion resistance; gloss finish; high temperature resistance. Uses: Coatings, electronics, adhesives, 3d printing. Group: Oligomer. Oligomer Functionality: 2. Viscosity [CP]: 20,000 (Neat). Durometer Hardness: 58D. Tensile Strength [MPa]: 10. Elongation at Break [%]: 220. Elegonation with %: 220%. Categories: Oligomers. | |
| BRC-4434SD | Diluted in 25% ethyl acetate; durable hydrophobic oligomer for use in tack-free curing formulations; high gloss; low MeHQ; low color. Uses: Coatings, electronics, adhesives, 3d printing. Group: Oligomer. Oligomer Functionality: 2. Viscosity [CP]: 6,000 (Neat). Durometer Hardness: 50D. Tensile Strength [MPa]: 14. Elongation at Break [%]: 2. Elegonation with %: 2%. Categories: Oligomers. | |
| BRC-4434SD | Diluted in 25% ethyl acetate; durable hydrophobic oligomer for use in tack-free curing formulations; high gloss; low MeHQ; low color. | |
| BRC-443D | Ideal for nail gel applications; low MeHQ; gloss finish. non-yellowing; low water absorption; improves. adhesion; high temperature resistance; enhances. hardness; provides acid & alkaline resistance. Uses: Coatings, electronics, adhesives, 3d printing. Group: Oligomer. Oligomer Functionality: 2. Viscosity [CP]: 20,000 (Neat). Durometer Hardness: 62D. Tensile Strength [MPa]: 19. Elongation at Break [%]: 200. Elegonation with %: 200%. Categories: Oligomers. | |
| BRC-841 | Forms clear films with improved adhesion & hardness; non-yellowing; low surface energy for graphic art application; improved hydrolytic and outdoor stability of coatings; high tensile strength. Uses: Coatings, electronics, adhesives, 3d printing. Group: Oligomer. Oligomer Functionality: 2. Viscosity [CP]: 13,000 (Neat). Durometer Hardness: 85D. Tensile Strength [MPa]: 55. Elongation at Break [%]: 8. Elegonation with %: 8%. Categories: Oligomers. | |
| BRC-843 | Forms clear films with improved adhesion & hardness; non-yellowing; low water absorption; alkaline and abrasion resistance; increases weatherability; gloss finish; high temperature resistance. Uses: Coatings, electronics, adhesives, 3d printing. Group: Oligomer. Oligomer Functionality: 2. Viscosity [CP]: 90,000 (Neat). Durometer Hardness: 52D. Tensile Strength [MPa]: 10. Elongation at Break [%]: 180. Elegonation with %: 180%. Categories: Oligomers. | |
| BRC-8430E | Provides moisture and heat resistance; flexible; non yellowing; low water absorption; alkaline resistance. | |
| BRC-843D | Ideal for nail gel applications; low MeHQ; low water absorption; high temperature, abrasion, and alkaline resistance; non-yellow; gloss finish; hydrophobic. Uses: Coatings, electronics, adhesives, 3d printing. Group: Oligomer. Oligomer Functionality: 2. Viscosity [CP]: 4,200 (Neat). Durometer Hardness: 60D. Tensile Strength [MPa]: 22. Elongation at Break [%]: 210. Elegonation with %: 210%. Categories: Oligomers. | |
| BRC-843S | Softer, more flexible version of BRC-843; excellent temperature and humidity resistance for weathering and aggressive thermal cycling environments; excellent adhesion to glass, metals, and plastics. Uses: Coatings, electronics, adhesives, 3d printing. Group: Oligomer. Oligomer Functionality: 2. Viscosity [CP]: 41,000 (Neat). Durometer Hardness: 36D. Tensile Strength [MPa]: 14. Elongation at Break [%]: 300. Elegonation with %: 300%. Categories: Oligomers. | |
| BRC-843SD1 | Softer, tougher, and more flexible version of BRC-843; non yellowing; low water absorption; alkaline resistance. | |
| BRS-14320S | Ideal for soft-touch coatings; low shrinkage; provides. excellent chemical and temperature resistance. exhibits hydrolytic stability; enhances flexibility. improves adhesion. Uses: Graphic arts, coatings, electronics, adhesives, 3d printing. Group: Oligomer. Oligomer Functionality: 2. Viscosity [CP]: 16,000 (Neat). Durometer Hardness: 46A. Tensile Strength [MPa]: 4. Elongation at Break [%]: 400. Elegonation with %: 400%. Categories: Oligomers. | |
| Chlorogenic Acid | Naturally derived antioxidant used as a preservative and flavour enhancer in food, pain relief in pharmaceuticals and skincare in cosmetics as well as a dietary supplement. Uses: Supplement, food, pharma, cosmetics. Group: Antioxidants. CAS No. 327-97-9. | |
| CTFA | Polyester Urethane Acrylate. Uses: Graphic arts, electronics, adhesives, digital inks. Group: Monomer. CAS No. 66492-51-1. Pack Sizes: 200kg & 1000kg. Categories: Monomers. | |
| Curcumin | Naturally derived antioxidant with anti-inflammatory and potential anti-cancer properties used in food as a preservative and flavour enhancer, in pharmaceuticals as an anti-inflammatory and in cosmetics for skin & hair care. Uses: Food, pharama, cosmetics. Group: Antioxidants. CAS No. 458-37-7. | |
| Dodecyl Gallate | Naturally derived antioxidant and preservative added to (fat-containing) food and cosmetics to inhibit growth of bacteria, yeast and fungi. Uses: Food, cosmetics. Group: Antioxidants. CAS No. 1166-52-5. | |
| DPGDA | DPGDA is a reactive difunctional acrylic monomer with a very low viscosity, low volatility and high cure speed. | |
| EMA | EMA is an ester derived from methacrylic acid and ethyl alcohol. It is a clear, colorless liquid with a characteristic odor. It serves as a versatile monomer in the synthesis of a diverse array of polymeric materials. | |
| Ethyl Gallate | Naturally derived antioxidant used as a food additive to prevent deterioration and spoilage and in pharma/ cosmetics industries due to its anti-inflammatory and antimicrobial abilities. Uses: Food, cosmetics, pharma, cosmetics, industrial. Group: Antioxidants. CAS No. 831-61-8. | |
| Gallic Acid (GA) | Naturally derived antioxidant used to protect fats and oils in foods from rancidity and in medicine for its health benefits, such as the ability to fight off infections and reduce inflammation. Uses: Food, animal feed, pharma, cosmetics. Group: Antioxidants. Grades: Monohydrate, Anhydrous. CAS No. 5995-86-8, 149-91-7. | |
| GPTA | GPTA is a trifunctional acrylate monomer, the molecular main chain is bio-based raw material glycerol modified by propoxylation, with good crosslink density, high gloss, hardness and flexibility balance. | |
| HDDA | Multifunctional Acrylate. Uses: Graphic arts, coatings, electronics, adhesives. Group: Monomer. CAS No. 13048-33-4. Categories: Monomers. | |
| Hesperidin | Naturally derived flavanone with antioxidant, anti-inflammatory and cholesterol-lowering properties, commonly used as dietary supplements. Uses: Dietary supplement. Group: Dietary supplements. CAS No. 520-26-3. | |
| IBOA | IBOA is a high-Tg hydrophobic monomer used for high-performance coatings for solution and emulsion polymers, as well as a reactive diluent for radiation-curable systems. It is particularly useful in the applications for poly acrylic polyols, reactive diluents for radiation curable hard surface coatings and structural adhesives. | |
| IBOMA | IBOMA is monomer of methyl acrylate, and is used as low viscosity dilution monomer for UV curing system. It has low volumetric shrinkage and good abrasion resistance. | |
| JRCure 1109 | Phosphine Oxide. Group: Photoinitiator. CAS No. 162881-26-7. Pack Sizes: 20kg. Categories: Photoinitiators. | |
| JRCure 1127 | New photoinitiator with excellent reactivity especially in comparison with conventional alpoha hydroxy ketones. Works well with Photoinitiatorgmented systems using mercury lamps and good performance with clear coatings. Suitable for all systems where low VOC, odor, migration and extraction values are needed. Uses: Graphic arts, coatings, electronics, adhesives, digital inks. Group: Photoinitiator. Categories: Photoinitiators. | |
| JRCure 1173 | Highly versatile, liquid photoinitiator that provides low yellowing and good surface cure when used at 0.5-5 wt% in UV curable formulations. 1173 shows similar reactivity to 184 and both are widely used in high quality coatings and varnishes. 1173 can be combined with other photoinitiators in thick films to overcome oxygen inhibition. Uses: Graphic arts, coatings, electronics, adhesives, digital inks. Group: Photoinitiator. CAS No. 7473-98-5. Pack Sizes: 25kg & 1000kg. Categories: Photoinitiators. | |
| JRCure 1508 | 1508 is a polymeric thioxanthone initiator with a molecular weight over 1000 so ideal for low migration inks and coatings. It can be used alongside polymeric amines, polymeric α-amino ketones, and phosphine oxide initiators such as 1819. An ideal replacement to ITX as it has a similar reactivity without any classification concerns. Uses: Graphic arts, coatings, digital inks. Group: Photoinitiator. Pack Sizes: 20kg. Categories: Photoinitiators. | |
| JRCure 1509 | 1509 is a polymeric thioxanthone initiator with molecular weight over 1,100 so ideal for low migration inks and coatings. 1509 is designed as a companion product to 1508 to improve stability, but it can also be used by itself for even greater compatibility. It can be used alongside polymeric amines, polymeric α-amino ketones, and phosphine oxide initiators such as 1819. 1509 is similar in structure and CAS number to 1508, but differs in the molecular weight distribution. Uses: Graphic arts, coatings, digital inks. Group: Photoinitiator. Pack Sizes: 25kg. Categories: Photoinitiators. | |
| JRCure 1510 | A new cost-effective polymeric benzophenone for food contact applications, ideal for low migration inks and coatings. Designed for curing using mercury lamps and can be used alongside polymeric amines such as A151 to improve surface cure and polymeric α-amino ketones such as JRCure 1521 to improve cure response. Uses: Graphic arts, coatings, digital inks. Group: Photoinitiator. Pack Sizes: 20kg. Categories: Photoinitiators. | |
| JRCure 1515 | A new premium polymeric benzophenone for food contact applications. Exhibits higher curing and lower viscosity and yellowing vs. 1510. Designed for curing using mercury lamps and can be used alongside polymeric amines such as A151 to improve surface cure and polymeric α-amino ketones such as JRCure 1521 to improve cure response. Uses: Graphic arts, coatings, digital inks. Group: Photoinitiator. Categories: Photoinitiators. | |
| JRCure 1521 | New macromolecule photoinitiator with low migration and low yellowing. Can be used as an alternative to 907 or 379 and in conjunction with 1508/1509 for LED curing. Uses: Graphic arts, coatings, electronics, digital inks. Group: Photoinitiator. Categories: Photoinitiators. | |
| JRCure 1531 | A new photoinitiator with extremely low yellowing and exceptional reaction speed. Though not required to react, 1531 synergises well with P102 to increase reactivity while substanitally decreasing yellowing. Ideally suited to varnishes where extremely low yellowing is required such as wood coatings and fibre optic cables. Uses: Graphic arts, coatings, adhesives. Group: Photoinitiator. Categories: Photoinitiators. | |
| JRCure 1607 | New Type I photoinitiator that provides low odour, high activity and improved solubility in monomers and oligomers when used at 2-6 wt% in UV curable formulations. Synergises strongly with phosphine oxides and thioxanthones to provide superior reactivity at LED wavelengths. 1607 can be mixed with 184 and ITX for gloss finish. Uses: Graphic arts, coatings, electronics, adhesives, 3d printing, digital inks. Group: Photoinitiator. Pack Sizes: 20kg. Categories: Photoinitiators. | |
| JRCure 1819 | Versatile photoinitiator for radical polymerisation of unsaturated resins upon UV and near visible light exposure. Good performance of curing Photoinitiatorgmented formulations and in outdoor applications. it can be formulated with UV absorbers to gain good weather stability, while without harming the cure speed. Good through curing of thick coating film. Gives a clean white appearance in contrast to the off-white colour associated with other long wavelength absorption photoinitiators. Uses: Graphic arts, coatings, electronics, adhesives, 3d printing, digital inks. Group: Photoinitiator. CAS No. 162881-26-7. Pack Sizes: 20kg. Categories: Photoinitiators. | |
| JRCure 1819DW | Disperses in water for UV curing of water based emulsions for food packaging and LED curing. Uses: Coatings. Group: Photoinitiator. CAS No. 162881-26-7. Categories: Photoinitiators. | |
| JRCure 184 | Highly versatile, solid photoinitiator that has good solubility in UV monomers. It provides low yellowing and good surface cure when used at 0.5-5 wt% in UV curable formulations. 184 shows similar reactivity to 1173 and both are widely used in high quality coatings and varnishes. 184 can be combined with other photoinitiators in thick films to overcome oxygen inhibition. Uses: Graphic arts, coatings, electronics, adhesives, digital inks. Group: Photoinitiator. CAS No. 947-19-3. Pack Sizes: 20kg. Categories: Photoinitiators. | |
| JRCure 1919 | A new future proof TPO replacement with extremely low yellowing and high reactivity. Suitable for UV ink, fibre optic coatings, 3D printing, adhesives etc. 3-6% in ink formulations and 2-4% in varnish formulations. Uses: Graphic arts, coatings, electronics, adhesives, 3d printing, digital inks. Group: Photoinitiator. Categories: Photoinitiators. | |
| JRCure 2818 | A liquid photoinitiator with good compatibility with silicon-containing acrylate or vinyl ether, fast curing speed, low ordour and yellowing. Uses: Graphic arts, coatings. Group: Photoinitiator. Categories: Photoinitiators. | |
| JRCure 2959 | A water dispersible photoinitiator that offers low yellowing, low odour, low volatility and good surface cure when used at 0.5-5 wt% in UV curable formulations. Water solubility of around 2% makes this photoinitiator more ideally suited for water-based UV formulations, such as aqueous polyurethane dispersions. 2959 is also FDA approved for biomedical applications. Uses: Graphic arts, coatings, adhesives, digital inks. Group: Photoinitiator. CAS No. 106797-53-9. Pack Sizes: 20kg. Categories: Photoinitiators. | |
| JRCure 369 | Extremely reactive photoinitiator which has almost identical photochemical properties and reactivity to 379. 369 is easily sensitized in the long wave UV by small amounts of thioxanthone. This sensitisation effect increases its reactivity significantly and leads to very high cure speeds that can be utilised in high-speed offset litho and flexo inks. Uses: Coatings, electronics. Group: Photoinitiator. CAS No. 119313-12-1. Categories: Photoinitiators. | |
| JRCure 379 | Extremely reactive photoinitiator which has almost identical photochemical properties and reactivity to 369. 379 is more soluble that 369 and is described as a low-emission amino ketone (LE-AK). 379 is easily sensitised in the long wave UV by small amounts of thioxanthone. This sensitisation effect increases its reactivity significantly and leads to very high cure speeds that can be utilised in high-speed offset litho and flexo inks. Uses: Graphic arts, coatings, electronics, digital inks. Group: Photoinitiator. CAS No. 119344-86-4. Pack Sizes: 20kg. Categories: Photoinitiators. | |
| JRCure 4010 | JRCure 4010 is a off-white to pale yellow powder photoinitiator, due to the outstanding absorption properties it exhibits at low concentrations an outstanding curing performance in highly pigmented resist formulations without resulting in yellowing. 4010 could be used in UV curable photoresist formulations either alone or in combination with other photoinitiators or sensitisers. | |
| JRCure 4020 | 4020 is a highly efficient photoinitator for radical photopolymerisation. It is particularly suitable for applications requiring high photosensitivity. It also exhibits outstanding curing performance in highly pigmented and opaque resist formulations. | |
| JRCure 4976 | A clear yellow/amber liquid that is used as a cationic photoinitiator in UV, LED, and EB curing application. Uses: Graphic arts, coatings, 3d printing. Group: Photoinitiator. CAS No. 104558-95-4. Categories: Photoinitiators. | |
| JRCure 4992 | A clear yellow/amber liquid that is used as a cationic photoinitiator in UV, LED, and EB curing applications. Uses: Graphic arts, coatings, 3d printing. Group: Photoinitiator. CAS No. 159120-95-3 & 108-32-7. Categories: Photoinitiators. | |
| JRCure 754 | A liquid photoinitiator that is low yellowing, low migration, low volatility, low odor, so can be used as the first choice for low odor UV varnish formulations. It is also suitable for aqueous UV curing systems. | |
| JRCure 784 | Extremely reactive photoinitiator that reacts to visible light. 784 exhibits photobleaching properties and can be used to produce very thick coatings. 784 is mainly used in high resolution micro electronics and polyamide formulations. Uses: Electronics, 3d printing. Group: Photoinitiator. CAS No. 125051-32-3. Pack Sizes: 15kg. Categories: Photoinitiators. | |
| JRCure 907 | Very efficient, fast curing photoinitiator which is especially good for curing cyan inks. 907 exhibits low yellowing which means it can be used in screen inks and white lacquers as well as its main application, resist inks. 907 is easily sensitised by small amounts (0.2-0.5%) of thioxanthones which significantly increase cure speed (e.g. adding 0.5% ITX to 2% 907 will more than double the cure speed). Uses: Electronics, adhesives. Group: Photoinitiator. CAS No. 71868-10-5. Pack Sizes: 20kg. Categories: Photoinitiators. | |
| JRCure 938 | JRCure 938, mainly used in cationic systems. High photoinitiation activity, fast curing speed, non-yellowing and odourless. | |
| JRCure 976 | A clear yellow/amber liquid that is used as a cationic photoinitiator in UV, LED, and EB curing application. | |
| JRCure A161 | High molecular weight polymeric amine synergist designed as a food-contact-safe alternative to EDB and EHA in Type II initiator systems. Molecular weight of over 1,000 and is difunctional. Remarkably low viscosity and yellowing. Synergises well and improves solubility of 1508 to provide a low migration LED-cured formulation. Uses: Graphic arts, coatings. Group: Amine synergist. Pack Sizes: 25kg. Categories: Amine Synergists. | |
| JRCure BDK | Good general-purpose photoinitiator that gives high reactivity and produces good hardness and gloss. BDK has a high thermal stability which gives excellent formulation stability. Uses: Graphic arts, coatings, electronics, adhesives, digital inks. Group: Photoinitiator. CAS No. 24650-42-8. Pack Sizes: 20kg. Categories: Photoinitiators. | |
| JRCure BP | Cost effective photoinitiator which has a good surface cure. BP has a low melting point and is able to form liquid eutectic pairs with many other photoinitiators. Uses: Coatings, electronics, adhesives. Group: Photoinitiator. CAS No. 119-61-9. Pack Sizes: 25kg. Categories: Photoinitiators. | |
| JRCure DETX | Thioxanthone photoinitiator that is used widely to sensitise other photoinitiators when used at 0.2-0.5 wt% in UV/LED curable formulation. DETX absorbs at 395 nm which makes it compatible in LED applications. ITX and DETX exhibit similar reactivity and are used almost universally in ink formulations. Uses: Graphic arts, coatings, electronics, adhesives, digital inks. Group: Photoinitiator. CAS No. 82799-44-8. Pack Sizes: 20kg. Categories: Photoinitiators. | |
| JRCure EDB | Highly efficient solid amine synergist that is used in conjunction with Type II photoinitiators. High reactivity and excellent ability to prevent oxygen inhibition. Does not affect water balance in Litho applications. Uses: Graphic arts, coatings, digital inks. Group: Amine synergist. CAS No. 10287-53-3. Categories: Amine Synergists. | |
| JRCure EHA | Highly effective liquid amine synergist that can be used in conjunction with Type II photoinitiators. High reactivity and excellent ability to prevent oxygen inhibition. Does not affect water balance in Litho applications. Uses: Graphic arts, coatings, digital inks. Group: Amine synergist. CAS No. 21245-02-3. Categories: Amine Synergists. | |
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