No sólo el mundo de los negocios se benefició de la visión de Kasturbhai, sino que enriqueció el tejido educativo, social y cultural de nuestra nación con igual distinción. Fue su firme adhesión a los valores lo que lo hizo…
No sólo el mundo de los negocios se benefició de la visión de Kasturbhai, sino que enriqueció el tejido educativo, social y cultural de nuestra nación con igual distinción. Fue su firme adhesión a los valores lo que lo hizo…
Lapox Metalam is a two-component modified epoxy system. The product is ideal for applications such as coating and laminating glass, metals, plastic, wood, paper stickers and natural stones. It is available in pack sizes of 1.5 kg and 7.5 kg.
Lapox Metalam is a two-component modified epoxy system. The product is ideal for applications such as coating and laminating glass, metals, plastic, wood, paper stickers and natural stones. It is available in pack sizes of 1.5 kg and 7.5 kg.
Lapox Granito is a two-component modified epoxy based system. The product is ideal for applications such as casting of decorative parts and table top. It is available in pack sizes of 1.25 kg, 5 kg and 10 kg.
Los representantes Atul de Aromáticos, Químicos a Granel y Negocios Farmacéuticos participaron en CPhI India, Mumbai, y se pusieron en contacto con clientes y socios para discutir las soluciones y los productos de alta calidad para satisfacer sus necesidades de…
Fundada por Atul Ltd en 1953, Urmi trabaja para empoderar a las mujeres. Las especias frescas y tradicionalmente preparadas son la identidad de la organización. Las mujeres de las aldeas circundantes están dedicadas a secar, machacar, mezclar y envasar estas…
En el auspicioso día de Laabh Panchami 2017, Atul inauguró su nueva planta de energía, el mayor proyecto de la historia de la Compañía. Las calderas de la planta, la planta de carbón, la turbina y las unidades de manejo…
On October 25, 2017 on the auspicious occasion of Laabh Pancham (Gyaan Panchami), our Colors Business inaugurated its new Analytical laboratory at Atul. Well-equipped with the latest spectroscopic instruments, this state-of-the-art facility will enhance the quality assurance of dyes and…
El 25 de octubre de 2017, en la auspiciosa ocasión de Laabh Pancham (Gyaan Panchami), nuestro Negocio de Colores inauguró su nuevo laboratorio Analítico en Atul. Bien equipada con los últimos instrumentos espectroscópicos, esta instalación de última generación mejorará la…
Atul will be participating at AgroChemEx Shanghai, 2017. AgroChemEx is an annual agrochemical symposium and exhibition organised by the China Crop Protection Industry Association. It provides a valuable platform for the exchange of information and business development opportunities by attracting…
Efficax, launched by Atul, is a super spreader surfactant for agriculture use with high penetration. Key features of this product are outlined below. 100% pure trisiloxane increases efficacy of crop care chemicals used improves spraying efficiency safe to use with…
La 21ª Asociación de Escuelas para el Certificado Escolar Indio (ASISC) – Encuentro Acuático Nacional se celebró el 30 de septiembre y el 1 de octubre de 2017. El evento fue organizado por cuarta vez por Atul Vidyalaya bajo el…
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (m Pas) : 700 – 1,200 | Pot life @ 25oC (minutes) : 8 – 14 | Glass transition temperature (Tg) (oC) : 80 – 90
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (m Pas) : 700 – 1,200 | Pot life @ 25oC (minutes) : 14 – 20 | Glass transition temperature (Tg) (oC) : 80 – 90
Junto con su equipo, Sadhguru está viajando por carretera desde Kanyakumari al Himalaya como parte del Rally de Ríos, una iniciativa para difundir la conciencia sobre el agotamiento de los ríos y la urgente necesidad de salvarlos. Atul, situado a…
Mixing ratio (Parts by weight) : 100 : 38 | Mix viscosity @ 25oC (mPa s) : 600 – 700 | Pot life @ 25oC (minutes) : 110 – 160 | Glass transition temperature (Tg) (o) : 115 – 130
Colour (Gardner) : Max 16 | Epoxy value (Eq/kg) : 8.15 – 9.50 | Viscosity @ 25oC (mPa s) : 100 – 200
Epoxy value (Eq/kg) : 2.15 – 2.22 | Viscosity @ 25oC (mPa s) : 160 – 190 | Softening point (oC) : 65 – 75 |
Type of system : Unfilled | Nature : Hot cure / Outdoor | Mixing ratio (Parts by weight) : 100 : 70 | Glass transition temperature (Tg) (oC) : 100 – 110 | Thermal class : F
Type of system : Unfilled | Nature : Hot cure / Indoor | Mixing ratio (parts by weight) : 100 : 80 : 0 – 8 | Glass transition temperature (Tg) (oC) : 105 – 115 | Thermal class :…
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 600 – 750 | Pot life @ 25oC (minutes) : 25 – 35 | Glass transition temperature (Tg) (oC) : 75 – 85
Appearance : Yellow to brown liquid | Colour (Gardner) : Max 15 | Viscosity @ 25oC (mPa s) : 100 – 300 | Amine value (mg KOH/g) : 628 – 634 | Mixing ratio (Parts by weight) : 24
Colour (Gardner) : Max 1 | Viscosity @ 25oC (mPa s) : 5 – 15 | Pot life @ 25oC (hours) : 7 – 9 | Mixing ratio (Parts by weight) : 32
2017 marks the 70th anniversary of Atul Ltd. The history of the Company is closely linked to that of independent India: both started their journey in 1947 and endeavour to consistently improve over the years. In light of this, Polymers…
Polymers Retail is launching a new range of maintenance products under the brand Lacare for automobile, industrial and household applications. The upcoming product portfolio for this maintenance range is as follows: Generic name Application Multi-purpose maintenance spray Penetrates rust and…
Polymers Retail had a pilot launch of its retail module from April-June 2017 in Valsad, Pardi and Udwada. While it has been challenging for the Business to move from a no presence zone to a significant presence zone, the experience…
Polymers Performance Materials participated in ICERP 2017 in Mumbai. The exhibition was held on 10 – 12 January 2017. It gave us an opportunity to personally meet and discuss with the various personnel and decision makers of composites industry.
Atul Ltd received a certificate of merit for its greening the desert project by Flame Awards Asia, 2016
These fresh Barhee dates are from Atul’s farms in the beautiful Thar desert in Rajasthan and farmer fields in various parts of India, cultivated with Atul’s tissue culture raised date palms.
Colors Business launched an innovative mobile application for effective customer service and was conferred with the Customer Excellence award.
Dr GVG Rao, President, Colors Business, inaugurated new machinery at the Technical Services (TS) laboratory, Atul. The TS laboratory focuses on customer support activities, particularly textile dyeing and printing application techniques.
A representative from Colors Business participated in and conducted a technical seminar on ‘Selection, Evaluation, Application and Disposal of Dyes and Chemicals’ in Ethiopia. The seminar was organised by the Ethiopian Textile Industry Development Institute in twinning partnership with the…
AkzoNobel y Atul han anunciado su intención de invertir conjuntamente en la producción de ácido monocloroacético (ACM) en la India. Esto incluirá el establecimiento de una planta de MCA de clase mundial en la primera planta de fabricación de Atul…
Con ocasión de Ambedkar Jayanti, el Primer Ministro Narendra Modi, bajo la dirección de Digi Dhan Vyapar Yojana de Niti Aayog, declaró a Atul Ltd., municipio de Valsad, como uno de los setenta y cinco “municipios sin dinero en efectivo”…
Estos dátiles Barhee frescos proceden de las granjas de Atul en el hermoso desierto de Thar, en Rajastán, y de campos de cultivo en varias partes de la India, cultivados con palmeras datileras de cultivo de tejidos de Atul.
En 2016-17, la Fundación Atul organizó campamentos de oftalmología y otorrinolaringología que beneficiaron a 3103 pacientes en 10 pueblos, 129 fueron operados de cataratas y 551 recibieron gafas.
A bio-stimulant derived from seaweed extract (Ascophyllum nodusum). The product is used as a plant growth stimulant, enhancing plant vigour at critical stages and improving crop productivity.
A silicone based surfactant used as a tank mix with and herbicides, insecticides and fungicides to improve its bio-efficacy.
A selective pre-emergence herbicide used to control most grasses and some broad-leaved weeds in various crops.
A selective pre-emergence herbicide used to control most grasses and some broad-leaved weeds in various crops.
A selective pre and early post-emergence herbicide of the Triazine group used to control a wide range of grasses and broad-leaved weeds in maize and sugarcane.
A broad spectrum systemic post-emergence herbicide used to control grassy weeds such as Echinochloa spp, sedges and broad-leaved weeds in paddy.
A selective, pre-emergence herbicide used to control most grasses and some broad-leaved weeds in transplanted paddy.
A non-selective, post-emergence contact herbicide used to control annual grasses and broad-leaved weeds in tea, row crops and non-crop areas.
A systemic insecticide with protective and curative action used to control blast in paddy.
A sulphur based fertiliser for soil application used to overcome sulphur deficiencies and nutrition stress in plants and the soil.
An inorganic contact fungicide with protective action and acaricidal activity. The product is recommended for controlling powdery mildews in various crops.
A broad spectrum systemic fungicide of the Benzimidazole group used to control a range of diseases in various crops, with its protective and curative action.
A broad spectrum contact and protective fungicide and bactericide used to control wide range of fungal diseases in various crops.
A systemic insecticide of the Neonicotinoid and Phenylpyrazole group with contact and stomach action. The product is used to control chewing and sucking insect pests.
A broad spectrum insecticide and acaricide of the Organophosphorus group used to control a range of chewing and sucking insects in various crops.
A broad spectrum insecticide | miticide of the Synthetic pyrethroids group with contact and stomach action. The product is effective against a broad range of lepidopteran pests, sucking pests, mites and termites in various crops.
A non-systemic insecticide of Organophosphorus and Synthetic pyrethroids group with contact and stomach action. The product is used to control chewing and sucking insect pests.
One-component, solvent free, nearly instant setting adhesive. The product is ideal for applications such as bonding of marble, glass, metal, plastic, wood, sun board and flex and filling gaps in PVC doors. Lapox Ultraquick is available in the pack size…
A systemic fungicide that is used to control scab in apple, tikka leaf spot in groundnut, powdery mildew in mango and blast and sheath blight in rice.
A systemic fungicide of the Triazole group used to control fungal diseases. The product finds an application in wood preservation.
Mixing ratio (Parts by weight) : 100 : 100 | Mix viscosity @ 25oC (mPa s) : 3,000 – 4,000 | Pot life @ 25oC (minutes) : 25 – 35
Mixing ratio (Parts by weight) : 100 : 100 | Mix viscosity @ 25oC (mPa s) : Thixotropic | Pot life @ 25oC (minutes) : 3 – 7
Mixing ratio (Parts by weight) : 100 : 85 : 1-3 | Mix viscosity @ 25oC (mPa s) : 200 – 500 | Pot life @ 25oC (minutes) : > 8 | Glass transition temperature (Tg) oC : 105 –…
Mixing ratio (Parts by weight) : 100 : 40 | Mix viscosity @ 25oC (mPa s) : Thixotropic | Pot life @ 25oC (minutes) : 35 – 45
Mixing ratio (Parts by weight) : 100 : 18 | Mix viscosity @ 25oC (mPa s) : 5,000 – 7,000 | Pot life @ 25oC (minutes) : 15 – 25
Mixing ratio (Parts by weight) : 100 : 18 | Mix viscosity @ 25oC (mPa s) : 600 – 700 | Pot life @ 25oC (minutes) : 15 – 25
Mixing ratio (Parts by weight) : 100 : 60 | Mix viscosity @ 25oC (mPa s) : 3,000 – 4,000 | Pot life @ 25oC (minutes) : 100 – 110
Mixing ratio (Parts by weight) : 100 : 60 | Mix viscosity @ 25oC (mPa s) : 6,000 – 8,000 | Pot life @ 25oC (minutes) : 15 – 300
Mixing ratio (Parts by weight) : 100 : 65 | Mix viscosity @ 25oC (mPa s) : 8,000 – 10,000 | Pot life @ 25oC (minutes) : 15 – 330
Mixing ratio (Parts by weight) : 100 : 100 | Mix viscosity @ 25oC (mPa s) : 2,000 – 4,000 | Pot life @ 25oC (minutes) : 30 – 40
Mixing ratio (Parts by weight) : 100 : 60 | Mix viscosity @ 25oC (mPa s) : 300 – 500 | Pot life @ 25oC (minutes) : 40 – 50
Mixing ratio (Parts by weight) : 100 : 45 | Mix viscosity @ 25oC (mPa s) : 800 – 1,200 | Pot life @ 25oC (minutes) : 30 – 40
Mixing ratio (Parts by weight) : 100 : 60 | Mix viscosity @ 25oC (mPa s) : 300 – 500 | Pot life @ 25oC (minutes) : 40 – 50
Mixing ratio (Parts by weight) : 100 : 43 | Mix viscosity @ 25oC (mPa s) : 300 – 500 | Pot life @ 25oC (minutes) : 30 – 35
Mixing ratio (Parts by weight) : 100 : 55 | Mix viscosity @ 25oC (mPa s) : 500 – 700 | Pot life @ 25oC (minutes) : 45 – 60
Mixing ratio (Parts by weight) : 100 : 60 | Mix viscosity @ 25oC (mPa s) : 3,000 – 6,000 | Pot life @ 25oC (minutes) : 35 – 330
Mix viscosity @ 25oC (mPa s) : 5,000 – 7,000 | Pot life @ 25oC (minutes) : 25 – 35
Mix viscosity @ 25oC (mPa s) : 600 – 1,000 | Pot life @ 25oC (minutes) : 130 – 150
Mixing ratio (Parts by weight) : 100 : 50 | Mix viscosity @ 25oC (mPa s) : 3,500 – 4,500 | Pot life @ 25oC (minutes) : 110 – 130
Mixing ratio (Parts by weight) : 100 : 50 | Mix viscosity @ 25oC (mPa s) : 3,000 – 4,500 | Pot life @ 25oC (minutes) : 60 – 80
Mixing ratio (Parts by weight) : 100 : 66 | Mix viscosity @ 25oC (mPa s) : 4,500 – 5,500 | Pot life @ 25oC (minutes) : 40 – 50
Mixing ratio (Parts by weight) : 100 : 50 | Mix viscosity @ 25oC (mPa s) : 50,000 – 1,00,000 | Pot life @ 25oC (minutes) : 35 – 50
Mixing ratio (Parts by weight) : 100 : 80 | Mix viscosity @ 25oC (mPa s) : 75,000 – 1,25,000 | Pot life @ 25oC (minutes) : 8 – 10
Mixing ratio (Parts by weight) : 100 : 42 | Mix viscosity @ 25oC (mPa s) : 2,500 – 3,000 | Pot life @ 25oC (minutes) : 600 – 700 | Glass transition temperature (Tg) (oC) : 190 – 220
Mixing ratio (Parts by weight) : 100 : 30 | Mix viscosity @ 25oC (mPa s) : 400 – 600 | Pot life @ 25oC (minutes) : 120 – 180 | Glass transition temperature (Tg) (oC) : 130 – 140
Mixing ratio (Parts by weight) : 100 : 20 | Mix viscosity @ 25oC (mPa s) : Paste (colourless) | Pot life @ 25oC (minutes) : 15 – 20 | Glass transition temperature (Tg) (oC) : 95 – 115
Mixing ratio (Parts by weight) : 100 : 10 | Mix viscosity @ 25oC (mPa s) : Paste (blue) | Pot life @ 25oC (minutes) : 15 – 20 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 6 | Mix viscosity @ 25oC (mPa s) : Paste (grey) | Pot life @ 25oC (minutes) : 15 – 20 | Glass transition temperature (Tg) (oC) : 85 – 95
Mixing ratio (Parts by weight) : 100 : 14 | Mix viscosity @ 25oC (mPa s) : Paste (white) | Pot life @ 25oC (minutes) : 25 – 30 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 38 | Mix viscosity @ 25oC (mPa s) : 600 – 700 | Pot life @ 25oC (minutes) : 110 – 160 | Glass transition temperature (Tg) (oC) : 115 – 130
Colour (Gardner) : Max 12 | Epoxy value (Eq/kg) : 7.46 – 8.55 | Viscosity @ 50oC (mPa s) : 111,000 – 13,000
A cost effective substitute for cresylic acid and phenol.
An economical trichromatic navy dye with good dischargeability. The product is used to develop medium to dark shades.
A deep red dye used for scarlet, dark red, brown and burgundy shades.
A red dye with high tinctorial strength and excellent build-up properties. The product is used to develop medium to dark shades.
A golden yellow dye with high tinctorial strength used to develop deep shades with good all round fastness properties.
A basic trichromatic golden yellow dye with good dischargeability.
A blue dye with good light fastness properties used for pale to medium shades.
A red dye with good light fastness properties used for pale to medium shades.
A yellow dye with good light fastness properties used for pale to medium shades.
An economical navy dye with good build-up properties.
A black dye used to develop black to grey shades. The product has good light fastness properties.
A turquoise dye with good build-up properties.
A turquoise dye with good build-up properties.
A brilliant reddish blue dye used to develop bright royal blue shades.
A trichromatic blue dye with good fastness properties. The product has good dischargeability.
A bright violet dye used for various shades of violet.
An economical bluish red dye used for medium and dark shades.
An economical trichromatic red dye with high tinctorial strength.
A bright orange dye used for orange and scarlet shades.
An economical golden yellow dye used in trichromatic combinations.
A bright yellow dye used in tertiary combinations with good light fastness properties.
A yellow dye with all round fastness properties.
An ideal grey component with excellent performance in Exhaust and Continuous dyeing applications by Soft flow and Pad Dry Pad steam techniques. The product has good all round fastness properties. It is available in Microperle and Micro disperse varieties.
A navy dye with excellent build-up properties used for coloration of workwear and institutional wear. The product is used in combination with Yellow 3R and Jade Green XBN for Exhaust application. It shows minimum shade change when used with flame…
A systemic fungicide with protective and curative action used to control broad spectrum fungal diseases in various field crops and fruits.
A selective and systemic post-emergence herbicide readily absorbed by leaves. The product is used to control annual and perennial broad-leaved weeds in a range of crops.
A high purity grade of para Cresol for niche applications.
A starting ingredient in most versatile phenolic group antioxidants.
A naturally sourced aroma ingredient with a musk-like profile.
A key ingredient in specialty fragrance formulations.
An intermediate widely used by the Pharmaceuticals and Crop Protection Chemicals industry.
An aroma ingredient with sweet, floral, fennel and basil-like, mildly fruity odour. The product finds a major application in oral care products, flavours and fragrances.
A key building block for Dextromethorphan, a widely used formulation to treat cough and cold.
Mixing ratio (Parts by weight) : 100 : 50 | Mix viscosity @ 25oC (mPa s) : 600 – 1,000 | Pot life @ 25oC (minutes) : 130 – 150
Mixing ratio (Parts by weight) : 100 : 66 | Mix viscosity @ 25oC (mPa s) : 4,500 – 5,500 | Pot life @ 25oC (minutes) : 40 – 50
Colour (Gardner) : Max 8 | Viscosity @ 25oC (mPa s) : 7,000 – 11,000 | Amine value (mg KOH/g) : 400 – 450 | Pot life @ 25oC (minutes) : 40 – 50 | Mixing ratio (Parts by weight)…
Type of system : Pre-filled | Nature : Hot cure / Indoor | Mixing ratio (parts by weight) : 100 : 26 | Glass transition temperature (Tg) (oC) : 70 – 80 | Thermal class : F
Type of system : Pre-filled | Nature : Cold cure / Indoor | Mixing ratio (Parts by weight) : 100 : 25 | Glass transition temperature (Tg) (oC) : 60 – 70 | Thermal class : B
Type of system : Unfilled | Nature : Hot cure Indoor | Voltage class : MV / HV | Mixing ratio (parts by weight) : 100 : 15 | Glass transition temperature (Tg) (oC) : 80 – 90 | Thermal…
Appearance : Yellow liquid | Colour (Gardner) : Max 8 | Viscosity @ 25oC (mPa s) : 1,000 – 2,500 | Amine value (Eq/kg) : 8.00 – 9.00 | Mixing ratio (Parts by weight) : 34
Type of system : Unfilled | Nature : Hot cure / Indoor | Mixing ratio (Parts by weight) : 100 : 100 : 0.0 – 0.2 | Glass transition temperature (Tg) (oC) : 90 – 100 | Thermal class :…
Colour (Gardner) : Max 10 | Epoxy value (Eq/kg) : 2.20 – 2.60 | Viscosity @ 25oC (mPa s) : 20 – 50 | HyCl (%) : Max 1.00
Colour (Gardner) : Max 13 | Epoxy value (Eq/kg) : 1.80 – 2.40 | Viscosity @ 25oC (mPa s) : 40 – 70 | HyCl (%) : Max 1.00
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 4.10 – 4.50 | Viscosity @ 25oC (mPa s) : 20 – 35 | HyCl (%) : Max 0.20
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 5.90 – 6.30 | Viscosity @ 25oC (mPa s) : 6 – 8 | HyCl (%) : Max 0.20
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 5.30 – 6.00 | Viscosity @ 25oC (mPa s) : 6 – 8 | HyCl (%) : Max 0.20
Type of system : Unfilled | Nature : Hot cure / Indoor | Mixing ratio (parts by weight) : 100 : 30 | Glass transition temperature (Tg) (oC) : 115 – 130 | Thermal class : F
Type of system : Unfilled | Nature : Hot cure / Indoor | Mixing ratio (Parts by weight) : 100 : 30 | Glass transition temperature (Tg) (oC) : 115 – 130 | Thermal class : F
Type of system : Unfilled | Nature : Hot cure / Indoo | Mixing ratio (parts by weight) : 100 : 30 | Glass transition temperature (Tg) (oC) : 115 – 130 | Thermal class : F
Type of system : Unfilled | Nature : Hot cure / Indoor | Mixing ratio (parts by weight) : 100 : 25 | Glass transition temperature (Tg) (oC) : 122 – 132 | Thermal class : F
Type of system : Unfilled | Nature : Hot cure / Indoor | Mixing ratio : 100 : 80 | Glass transition temperature (Tg) (oC) : 90 – 105 | Thermal class : H
Type of system : Unfilled | Nature : Hot cure / Indoor | Mixing ratio : 100 : 80 | Glass transition temperature (Tg) (oC): 105 – 125 | Thermal class : H
Type of system : Unfilled | Nature : Hot cure / Indoor | Mixing ratio : 100 : 100 : 0.5 – 1.5 : 0 – 20 | Glass transition temperature (Tg) (oC): 85 – 95 | Thermal class :…
Type of system : Unfilled | Nature : Hot cure / Outdoor | Mixing ratio : 100 : 80 | Glass transition temperature (Tg) (oC) : 75 – 85 | Thermal class : F
Colour (Gardner) : Max 6 | Epoxy value (Eq/kg) : 1.54 – 2.00 | Viscosity @ 25oC (mPa s) : 250 – 500
Type of system : Unfilled | Nature : Hot cure / Outdoor | Mixing ratio : 100 : 80 : 0.5 – 2.0 | Glass transition temperature (Tg) (oC) : 75 – 85 | Thermal class : F
Type of system : Unfilled | Nature : Hot cure / Outdoor | Mixing ratio (Parts by weight) : 100 : 90 | Glass transition temperature (Tg) (oC): 100 – 110 | Thermal class : F
Type of system : Unfilled | Nature : Hot cure / Outdoor | Mixing ratio : 100 : 90 : 0.5 – 2.0 | Mix viscosity : 1,000/80 | Glass transition temperature (Tg) (oC): 100 – 110 | Thermal class…
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 7.00 – 8.00 | Viscosity @ 25oC (mPa s) : 100 – 200 | HyCl (%) : Max 0.15
Type of system : Pre-filled | Nature : Hot cure Indoor | Mixing ratio (parts by weight) : 100 : 100 | Glass transition temperature (Tg) (oC) : 110 – 120 | Thermal class : H
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 6.90 – 8.00 | Viscosity @ 25oC (mPa s) : 12 – 18 | HyCl (%) : Max 0.15
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 2.90 – 3.20 | Viscosity @ 25oC (mPa s) : 40 – 90 | HyCl (%) : Max 0.15
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 6.20 – 6.80 | Viscosity @ 25oC (mPa s) : 15 – 30 | HyCl (%) : Max 0.15
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 7.00 – 7.80 | Viscosity @ 25oC (mPa s) : 10 – 22 | HyCl (%) : Max 0.15
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 6.20 – 7.30 | Viscosity @ 25oC (mPa s) : Max 2 | HyCl (%) : Max 0.10
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 3.35 – 3.70 | Viscosity @ 25oC (mPa s) : 4 – 12 | HyCl (%) : Max 0.10
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 5.50 – 6.30 | Viscosity @ 25oC (mPa s) : 500 – 1,100
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 5.10 – 5.40 | Viscosity @ 25oC (mPa s) : 860 – 960
Mixing ratio (Parts by weight) : 100 : 40 | Mix viscosity @ 25oC (mPa s) : 50,000 – 1,00,000 | Pot life @ 25oC (minutes) : 20 – 25
Mixing ratio (Parts by weight) : 100 : 65 | Mix viscosity @ 25oC (mPa s) : 8,000 – 10,000 | Pot life @ 25oC (minutes) : 15 – 330
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 5.40 – 5.90 | Viscosity @ 25oC (mPa s) : 1,000 – 1,500
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 5.40 – 5.90 | Viscosity @ 25oC (mPa s) : 1,700 – 2,500
Mixing ratio (Parts by weight) : 100 : 18 | Mix viscosity @ 25oC (mPa s) : 5,000 – 7,000 | Pot life @ 25oC (minutes) : 15 – 25
Mixing ratio (Parts by weight) : 100 : 18 | Mix viscosity @ 25oC (mPa s) : 600 – 700 | Pot life @ 25oC (minutes) : 15 – 25
Mixing ratio (Parts by weight) : 100 : 60 | Mix viscosity @ 25oC (mPa s) : 3,000 – 4,000 | Pot life @ 25oC (minutes) : 100 – 110
Mixing ratio (Parts by weight) : 100 : 60 | Mix viscosity @ 25oC (mPa s) : 6,000 – 8,000 | Pot life @ 25oC (minutes) : 15 – 300
Mixing ratio (Parts by weight) : 100 : 30 | Mix viscosity @ 25oC (mPa s) : 5,000 – 7,000 | Pot life @ 25oC (minutes) : 25 – 35
Mixing ratio (Parts by weight) : 100 : 100 | Mix viscosity @ 25oC (mPa s) : 2,000 – 4,000 | Pot life @ 25oC (minutes) : 30 – 40
Mixing ratio (Parts by weight) : 100 : 60 | Mix viscosity @ 25oC (mPa s) : 300 – 500 | Pot life @ 25oC (minutes) : 40 – 50
Mixing ratio (Parts by weight) : 100 : 45 | Mix viscosity @ 25oC (mPa s) : 800 – 1,200 | Pot life @ 25oC (minutes) : 30 – 40
Mixing ratio (Parts by weight) :100 : 60 | Mix viscosity @ 25oC (mPa s) : 300 – 500 | Pot life @ 25oC (minutes) : 40 – 50
Mixing ratio (Parts by weight) : 100 : 43 | Mix viscosity @ 25oC (mPa s) : 300 – 500 | Pot life @ 25oC (minutes) : 30 – 35
Mixing ratio (Parts by weight) : 100 : 55 | Mix viscosity @ 25oC (mPa s) : 500 – 700 | Pot life @ 25oC (minutes) : 45 – 60
Mixing ratio (Parts by weight) : 100 : 60 | Mix viscosity @ 25oC (mPa s) : 3,000 – 6,000 | Pot life @ 25oC (minutes) : 35 – 330
Mixing ratio (Parts by weight) : 100 : 50 | Mix viscosity @ 25oC (mPa s) : 3,500 – 4,500 | Pot life @ 25oC (minutes) : 110 – 130
Mixing ratio (Parts by weight) : 100 : 50 | Mix viscosity @ 25oC (mPa s) : 3,000 – 4,500 | Pot life @ 25oC (minutes) : 60 – 80
Chemistry : 3,3′-Diaminodiphenyl sulfone | Appearance : White to brownish white powder | Melting point (oC) : 167 – 175
Chemistry : 4,4′-Diaminodiphenyl sulfone Micronised | Appearance : White to off-white powder | Melting point (oC) : 176 – 180
Chemistry : 4,4′-Diaminodiphenyl sulfone Free Flow | Appearance : White to off-white powder | Melting point (oC) : 176 – 185
Chemistry : 4,4′-Diaminodiphenyl sulfone | Appearance : White to off-white powder | Melting point (oC) : 176 – 185
Chemistry : 4,4′-Diaminodiphenyl methane | Appearance : Viscous brownish liquid | Viscosity @ 60oC (mPa s) : 1,400 – 2,000
Appearance : Light yellow to brown liquid | Viscosity @ 25oC (mPa s) : 100 – 300
Chemistry : 4,4′-Diaminodicyclohexyl methane | Appearance : Colourless transparent liquid | Melting point (oC) : 35 – 37
Chemistry : 3,3’-Dimethyl-4,4’-diaminodicyclohexyl methane | Viscosity @ 25oC (mPa s) : 100 – 140
Colour (Gardner) : Yellow powder | Melting point (oC) : 155 – 158
Colour (Gardner) : Yellow solid | Viscosity @ 125oC (mPa s) : 50 – 500
Colour (Gardner) : Yellowish liquid | Solid content (%) : 74 – 76 | Viscosity @ 25oC (mPa s) : 100 – 400
Colour (Gardner) : Yellow solid | Viscosity @ 100oC (mPa s) : 1,000 – 7,000 | Softening point (oC) : 60 – 80
Colour (Gardner) : Max 16 | Epoxy value (Eq/kg) : 4.17 – 4.44 | Viscosity @ 85oC (mPa s) : 1,000 – 1,500
Epoxy value (Eq/kg) : 9.80 – 10.6 | Viscosity @ 25oC (mPa s) : 1,500 – 4,800
Epoxy value (Eq/kg) : 9.10 – 9.80 | Viscosity @ 25oC (mPa s) : 7,000 – 13,000
Epoxy value (Eq/kg) : 9.40 – 10.50 | Viscosity @ 25oC (mPa s) : 550 – 850
Epoxy value (Eq/kg) : 8.70 – 9.50 | Viscosity @ 25oC (mPa s) : 2,000 – 5,000
Colour (Gardner) : Max 13 | Epoxy value (Eq/kg) : 5.88 – 6.66 | Viscosity @ 150oC (mPa s) : 30 – 55
Colour (Gardner) : Max 7 | Epoxy value (Eq/kg) : 7.52 – 8.47 | Viscosity @ 25oC (mPa s) : 7,000 – 12,000
Colour (Gardner) : Max 12 | Epoxy value (Eq/kg) : 8.55 – 9.00 | Viscosity @ 50oC (mPa s) : 3,000 – 6,000
Colour (Gardner) : Max 12 | Epoxy value (Eq/kg) : 7.46 – 8.55 | Viscosity @ 50oC (mPa s) : 7,000-19,000
Colour (Gardner) : Max 12 | Epoxy value (Eq/kg) : 7.46 – 8.55 | Viscosity @ 50oC (mPa s) : 17,000-19,000
Colour (Gardner) : Max 12 | Epoxy value (Eq/kg) : 7.46 – 8.55 | Viscosity @ 50oC (mPa s) : 13,000-15,000
Colour (Gardner) : Max 12 | Epoxy value (Eq/kg) : 7.46 – 8.55 | Viscosity @ 50oC (mPa s) : 10,000 – 12,000
Colour (Gardner) : Max 12 | Epoxy value (Eq/kg) : 7.46 – 8.55 | Viscosity @ 50oC (mPa s) : 7,000 – 11,000
Colour (Gardner) : Max 4 | Epoxy value (Eq/kg) : 5.12 – 6.10 | Viscosity @ 50oC (mPa s) : 100 – 350
Colour (Gardner) : Max 3 | Epoxy value (Eq/kg) : 5.59 – 5.81 | Viscosity @ 52oC (mPa s) : 1,100 – 1,700
Colour (Gardner) : Max 16 | Epoxy value (Eq/kg) : 6.50 – 7.50 | Viscosity @ 50oC (mPa s) : 1,000 – 2,500 | Hycl : Max 0.20
Colour (APHA) : Max 50 | Epoxy value (Eq/kg) : 5.71 – 5.95 | Viscosity @ 25oC (mPa s) : 4,000 – 5,000
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 5.26 – 5.55 | Viscosity @ 25oC (mPa s) : 9,000 – 12,000
Epoxy value (Eq/kg) : 0.53 – 0.59 | Viscosity @ 25oC (mPa s) : 1,800 – 2,600 | Softening point (oC) : 110 – 120
Colour (Gardner) : Max 15 | Viscosity @ 25oC (mPa s) : 15,000 – 35,000 | Amine value (mg KOH/g) : 290 – 325 | Pot life @ 25oC (minutes) : 40 – 85 | Mixing ratio (Parts by weight)…
Colour (Gardner) : Max 15 | Viscosity @ 25oC (mPa s) : 2,000 – 4,000 | Amine value (mg KOH/g) : 490 – 550 | Pot life @ 25oC (minutes) : 30 – 55 | Mixing ratio (Parts by weight)…
Colour (Gardner) : Max 15 | Viscosity @ 25oC (mPa s) : 2,000 – 5,000 | Amine value (mg KOH/g) : 300 – 350 | Pot life @ 25oC (minutes) : 50 – 65 | Mixing ratio (Parts by weight)…
Colour (Gardner) : Max 3 | Viscosity @ 25oC (mPa s) : 40 – 60 | Amine value (mg KOH/g) : 320 – 340 | Pot life @ 25oC (minutes) : 25 – 40 | Mixing ratio (Parts by weight)…
Colour (Gardner) : Max 1 | Viscosity @ 25oC (mPa s) : 10 – 20 | Pot life @ 25oC (minutes) : 90 – 120 | Mixing ratio (Parts by weight) : 23
Colour : Max 2 | Viscosity @ 25oC (mPa s) : 1,500 – 2,000 | Amine value (Eq/kg) : 165 – 210 | Pot life @ 25oC (hours) : 4 – 6 | Mixing ratio (Parts by weight) : 30…
Colour (Gardner) : Clear liquid | Viscosity @ 25oC (mPa s) : 850 – 1,200 | Mixing ratio (Parts by weight) : 100 (with resin ARL-148)
Colour (Gardner) : Black | Viscosity @ 25oC (mPa s) : 3,000 – 6,000 | Pot life @ 25oC (minutes) : Min 20 | Mixing ratio (Parts by weight) : 100 (with resin ARB – 28)
Colour (Gardner) : Max 2 | Viscosity @ 25oC (mPa s) : 2,900 – 3,600 | Amine value (mg KOH/g) : 398 – 415 | Pot life @ 25oC (minutes) : 15 – 30 | Mixing ratio (Parts by weight)…
Colour (Gardner) : Max 4 | Viscosity @ 25oC (mPa s) : 200 – 300 | Amine value (Eq/kg) : 17.00 – 17.80 | Pot life @ 25oC (minutes) : 25 – 35 | Mixing ratio (Parts by weight) :…
Colour (Gardner) : Max 5 | Viscosity @ 25oC (mPa s) : Max 10 | Pot life @ 25oC (minutes) : 20 – 25 | Mixing ratio (Parts by weight) : 10 – 12
Colour (Gardner) : Max 3 | Pot life @ 25oC (minutes) : 30 – 40 | Mixing ratio (Parts by weight) : 10 – 12
Colour (Gardner) : Max 5 | Viscosity @ 25oC (mPa s) : 100 – 550 | Amine value (mg KOH/g) : 500 – 1,000 | Pot life @ 25oC (minutes) : 5 – 30 | Mixing ratio (Parts by weight)…
Colour (Gardner) : Max 4 | Viscosity @ 25oC (mPa s) : 500 – 1,000 | Amine value (mg KOH/g) : 650 – 750 | Pot life @ 25oC (minutes) : 30 – 40 | Mixing ratio (Parts by weight)…
Colour (Gardner) : Max 1 | Viscosity @ 25oC (mPa s) : 5 – 10 | Amine value (mg KOH/g) : 680 – 720 | Pot life @ 25oC (minutes) : 40 – 50 | Mixing ratio (Parts by weight)…
Colour (Gardner) : Max 2 | Viscosity @ 25oC (mPa s) : 30 – 100 | Amine value (mg KOH/g) : 290 – 320 | Pot life @ 25oC (minutes) : 100 – 125 | Mixing ratio (Parts by weight)…
Colour (Gardner) : Max 4 | Viscosity @ 25oC (mPa s) : 50 – 60 | Pot life @ 25oC (minutes) : 35 – 50 | Mixing ratio (Parts by weight) : 15
Appearance : Brown liquid | Colour (Gardner) : Max 13 | Viscosity @ 25oC (mPa s) : 5,000 – 7,500 | Amine value (Eq/kg) : 4.40 – 5.10 | Mixing ratio (Parts by weight) : 60
Mixing ratio (Parts by weight) : 100 : 15 | Mix viscosity @ 25oC (mPa s) : 3,500 – 5,000 | Pot life @ 25oC (minutes) : 85 – 95 | Glass transition temperature (Tg) (oC) : 95 – 105
Mixing ratio (Parts by weight) : 100 : 15 | Mix viscosity @ 25oC (mPa s) : 3,500 – 5,000 | Pot life @ 25oC (minutes) : 20 – 25 | Glass transition temperature (Tg) (oC) : 95 – 105
Colour (APHA) : Max 100 | Epoxy value (Eq/kg) : 4.16 – 4.54 | Viscosity @ 25oC (mPa s) : 2,000 – 4,000
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 6.00 – 6.40 | Viscosity @ 25oC (mPa s) : 1,200 – 1,600
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 5.80 – 6.30 | Viscosity @ 25oC (mPa s) : 5,000 – 7,000
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 5.80 – 6.10 | Viscosity @ 25oC (mPa s) : 3,300 – 4,100
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 5.80 – 6.10 | Viscosity @ 25oC (mPa s) : 2,000 – 3,000
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 5.70 – 6.30 | Viscosity @ 25oC (mPa s) : 2,000 – 5,000
Epoxy value (Eq/kg) : 1.07 – 1.16 | Viscosity @ 25oC (mPa s) : 620 – 900 | Softening point (oC) : 100 – 110
Epoxy value (Eq/kg) : 1.25 – 1.40 | Viscosity @ 25oC (mPa s) : 500 – 700 | Softening point (oC) : 95 – 101
Mixing ratio (Parts by weight) : 100 : 3-6 | Pot life @ 25oC (hours) : > 8 | Glass transition temperature (Tg) (oC) : 165 – 180
Mixing ratio (Parts by weight) : 100 : 32-40 : 1-3 | Pot life @ 25oC (hours) : > 8 | Glass transition temperature (Tg) (oC) : 170 – 185
Mixing ratio (Parts by weight) : 100 : 64 : 1-3 | Pot life @ 25oC (minutes) : > 8 | Glass transition temperature (Tg) (oC) : 110 – 120
Mixing ratio (Parts by weight) : 100 : 34 | Mix viscosity @ 25oC (mPa s) : 3,500 – 5,000 | Pot life @ 25oC (minutes) : > 8 | Glass transition temperature (Tg) oC : 145 – 155
Mixing ratio (Parts by weight) : 100 : 100 : 1-3 | Mix viscosity @ 25oC (mPa s) : 400 – 700 | Pot life @ 25oC (minutes) : > 8 | Glass transition temperature (Tg) (oC) : 95 –…
Mixing ratio (Parts by weight) : 100 : 27 | Mix viscosity @ 50oC (mPa s) : 3,000 – 5,000 | Pot life @ 25oC (minutes) : > 8 | Glass transition temperature (Tg) (oC) : 150 – 160
Mixing ratio (Parts by weight) : 100 : 95 : 0.5-2.0 | Mix viscosity @ 25oC (mPa s) : 1,900 – 2,100 | Pot life @ 25oC (minutes) : > 8 | Glass transition temperature (Tg) (oC) : 165 –…
Mixing ratio (Parts by weight) : 100 : 90 | Mix viscosity @ 25oC (mPa s) : 300 – 600 | Pot life @ 25oC (minutes) : > 8 | Glass transition temperature (Tg) (oC) : 115 – 125
Mixing ratio (Parts by weight) : 100 : 90 : 1-3 | Mix viscosity @ 25oC (mPa s) : 300 – 500 | Pot life @ 25oC (minutes) : > 8 | Glass transition temperature (Tg) (oC) : 115 –…
Mixing ratio (Parts by weight) : 100 : 85 : 1-3 | Mix viscosity @ 25oC (mPa s) : 200 – 500 | Pot life @ 25oC (minutes) : > 8 | Glass transition temperature (Tg) (oC) : 105 –…
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 400 – 700 | Pot life @ 25oC (minutes) : 300 – 380 | Glass transition temperature (Tg) oC : 90 – 105
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 600 – 1,200 | Pot life @ 25oC (minutes) : 80 – 100 | Glass transition temperature (Tg) oC : 90 – 105
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 600 – 1,200 | Pot life @ 25oC (minutes) : 50 – 60 | Glass transition temperature (Tg) oC : 90 – 105
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 500 – 800 | Pot life @ 25oC (minutes) : 7 – 9 hr | Glass transition temperature (Tg) oC : 85 –…
Mixing ratio (Parts by weight) : 100 : 50 | Mix viscosity @ 25oC (mPa s) : 1,200 – 1,500 | Pot life @ 25oC (minutes) : 120 – 150 | Glass transition temperature (Tg) oC : 55 – 65
Mixing ratio (Parts by weight) : 100:32 | Mix viscosity @ 25oC (mPa s) : 600 – 800 | Pot life @ 25oC (minutes) : 8 – 14 | Glass transition temperature (Tg) (oC) : 80 – 90
Mixing ratio (Parts by weight) : 100 : 20 | Mix viscosity @ 25oC (mPa s) : Paste (colourless) | Pot life @ 25oC (minutes) : 15 – 20 | Glass transition temperature (Tg) (oC) : 95 – 115
Mixing ratio (Parts by weight) : 100 : 10 | Mix viscosity @ 25oC (mPa s) : Paste (blue) | Pot life @ 25oC (minutes) : 15 – 20 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 14 | Mix viscosity @ 25oC (mPa s) : Paste (white) | Pot life @ 25oC (minutes) : 25 – 30 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 24 | Mix viscosity @ 25oC (mPa s) : 250 – 400 | Pot life @ 25oC (minutes) : 90 – 120 | Glass transition temperature (Tg) (oC) : 125 – 135
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 600 – 750 | Pot life @ 25oC (minutes) : 14 – 20 | Glass transition temperature (Tg) (oC) : 75 – 85
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 3.57 – 4.45 | Viscosity @ 25oC (mPa s) : 450 – 800
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 600 – 800 | Pot life @ 25oC (minutes) : 8 – 14 | Glass transition temperature (Tg) (oC) : 75 – 85
Epoxy value (Eq/kg) : 1.08 – 1.18 | Viscosity @ 25oC (mPa s) : 430 – 550 | Softening point (oC) : 90 – 100
Epoxy value (Eq/kg) : 1.23 – 1.33 | Viscosity @ 25oC (mPa s) : 480 – 580 | Softening point (oC) : 80 – 90
Epoxy value (Eq/kg) : 1.33 – 1.40 | Viscosity @ 25oC (mPa s) : 500 – 600 | Softening point (oC) : 95 – 101
Mixing ratio (Parts by weight) : 100 : 5 | Pot life @ 25oC (hours) : > 8 | Glass transition temperature (Tg) (oC) : 110 – 120
Mixing ratio (Parts by weight) : 100 : 15 : 2 | Pot life @ 25oC (hours) : > 8 | Glass transition temperature (Tg) (oC) : 155 – 165
Mixing ratio (Parts by weight) : 100 : 32 : 1-3 | Pot life @ 25oC (weeks) : 2 – 3 | Glass transition temperature (Tg) (oC) : 130 – 140
Mixing ratio (Parts by weight) : 100 : 23 : 0.5-3.0 | Pot life @ 25oC (weeks) : 2 – 3 | Glass transition temperature (Tg) (oC) : 130 – 140
Epoxy value (Eq/kg) : 1.25 – 1.35 | Viscosity @ 150oC (mPa s) : 4,500 – 6,500 | Glass transition temperature (Tg) (oC) : 55
Mixing ratio (Parts by weight) : 100 : 35 : 1-3 | Pot life @ 25oC (weeks) : 6 – 8 weeks | Glass transition temperature (Tg) (oC) : 150 – 160
Epoxy value (Eq/kg) : 1.42 – 1.53 | Viscosity @ 25oC (mPa s) : 375 – 475 | Softening point (oC) : 80 – 90
Appearance : Clear yellow liquid | Colour (Gardner) : Max 6 | Viscosity @ 25oC (mPa s) : 150 – 300 | Amine value (mg KOH/g) : 580 – 635
Mixing ratio (Parts by weight) : 100 : 27 | Pot life @ 25oC (hours) : > 4 | Glass transition temperature (Tg) (oC) : 150 – 160
Colour (Gardner) : Max 2 | Viscosity @ 25oC (mPa s) : 300 – 600 | Amine value (mg KOH/g) : 260 – 310 | Pot life @ 25oC (minutes) : 40 – 50 | Mixing ratio (Parts by weight)…
Colour (Gardner) : Max 2 | Viscosity @ 25oC (mPa s) : 150 – 300 | Amine value (mg KOH/g) : 335 – 375 | Pot life @ 25oC (minutes) : 25 – 40 | Mixing ratio (Parts by weight)…
Colour (Gardner) : Max 1 | Viscosity @ 25oC (mPa s) : 50 – 150 | Amine value (mg KOH/g) : 340 – 390 | Pot life @ 25oC (minutes) : 30 – 40 | Mixing ratio (Parts by weight)…
Mixing ratio (Parts by weight) : 100 : 85 : 1-3 | Mix viscosity @ 25oC (mPa s) : 600 – 900 | Pot life @ 25oC (minutes) : > 8 | Glass transition temperature (Tg) (oC) : 130 –…
Colour (Gardner) : Max 2 | Amine value (mg KOH/g) : 330 – 360 | Pot life @ 25oC (minutes) : 20 – 50 | Mixing ratio (Parts by weight) : 45
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 1,500 – 2,500 | Pot life @ 25oC (minutes) : 300 – 350 | Glass transition temperature (Tg) (oC) : 130 – 140
Colour (Gardner) : Max 1 | Viscosity @ 25oC (mPa s) : 400 – 600 | Amine value (mg KOH/g) : 250 – 300 | Pot life @ 25oC (minutes) : 30 – 45 | Mixing ratio (Parts by weight)…
Colour (Gardner) : Max 12 | Viscosity @ 25oC (mPa s) : 1,000 – 2,000 | Amine value (mg KOH/g) : 280 – 300 | Pot life @ 25oC (minutes) : 46 – 65 | Mixing ratio (Parts by weight)…
Colour (Gardner) : Max 10 | Viscosity @ 25oC (mPa s) : 2,500 – 5,500 | Amine value (mg KOH/g) : 202 – 225 | Pot life @ 25oC (minutes) : 80 – 100 | Mixing ratio (Parts by weight)…
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 200 – 300 | Pot life @ 25oC (minutes) : 300 – 380 | Glass transition temperature (Tg) (oC) : 75 – 85
Colour (Gardner) : Max 8 | Viscosity @ 25oC (mPa s) : 500 – 1,000 | Amine value (mg KOH/g) : 425 – 450 | Pot life @ 25oC (minutes) : 120 – 130 | Mixing ratio (Parts by weight)…
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 300 – 700 | Pot life @ 25oC (minutes) : 80 – 100 | Glass transition temperature (Tg) (oC) : 75 – 85
Colour (Gardner) : Max 9 | Viscosity @ 25oC (mPa s) : 12,000 – 18,000 | Amine value (mg KOH/g) : 350 – 400 | Pot life @ 25oC (minutes) : 60 – 80 | Mixing ratio (Parts by weight)…
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 300 – 700 | Pot life @ 25oC (minutes) : 50 – 60 | Glass transition temperature (Tg) (oC) : 75 – 85
Colour (Gardner) : Max 9 | Viscosity @ 25oC (mPa s) : 45,000 – 60,000 | Amine value (mg KOH/g) : 290 – 320 | Pot life @ 25oC (minutes) : 110 – 130 | Mixing ratio (Parts by weight)…
Mixing ratio (Parts by weight) : 100 : 6 | Mix viscosity @ 25oC (mPa s) : Paste (grey) | Pot life @ 25oC (minutes) : 15 – 20 | Glass transition temperature (Tg) (oC) : 85 – 95
Mixing ratio (Parts by weight) : 100 : 42 | Mix viscosity @ 25oC (mPa s) : 2,500 – 3,000 | Pot life @ 25oC (minutes) : 600 – 700 | Glass transition temperature (Tg) (oC) : 190 – 220
Mixing ratio (Parts by weight) : 100 : 30 | Mix viscosity @ 25oC (mPa s) : 200 – 300 | Pot life @ 25oC (minutes) : 90 – 120 | Glass transition temperature (Tg) (oC) : 100 – 110
Colour (Gardner) : Max 9 | Viscosity @ 40oC (mPa s) : 50,000 – 75,000 | Amine value (mg KOH/g) : 210 – 230 | Mixing ratio (Parts by weight) : 100 – 125
Appearance : Brown liquid | Colour (Gardner) : Max 13 | Viscosity @ 25oC (mPa s) : 700 – 900 | Amine value (Eq/kg) : 4.70 – 5.00 | Mixing ratio (Parts by weight) : 60
Mixing ratio (Parts by weight) : 100 : 30 | Mix viscosity @ 25oC (mPa s) : 400 – 600 | Pot life @ 25oC (minutes) : 120 – 180 | Glass transition temperature (Tg) (oC) : 130 – 140
Appearance : Dark brown liquid | Colour (Gardner) : Max 16 | Viscosity @ 25oC (mPa s) : 15,000 – 21,000 | Amine value (Eq/kg) : 4.40 – 4.80 | Mixing ratio (Parts by weight) : 60
Appearance : Brown liquid | Colour (Gardner) : Max 13 | Viscosity @ 25oC (mPa s) : 3,800 – 5,800 | Amine value (Eq/kg) : 4.70 – 5.10 | Mixing ratio (Parts by weight) : 60
Epoxy value (Eq/kg) : Max 0.08 | Viscosity @ 25oC (mPa s) : 2,000 – 5,000 | Non-volatile content (%) : 49 – 51 (160oC/2h)
Epoxy value (Eq/kg) : 1.80 – 2.20 | Viscosity @ 25oC (mPa s) : 14,000 – 20,000 | Non-volatile content (%) : 74 – 76 (150oC/2h)
Epoxy value (Eq/kg) : 1.90 – 2.20 | Viscosity @ 25oC (mPa s) : 9,000 – 13,000 | Non-volatile content (%) : 74 – 76 (150oC/2h)
Epoxy value (Eq/kg) : 3.10 – 3.40 | Viscosity @ 25oC (mPa s) : 600 – 850 | Non-volatile content (%) : 79 – 81 (150oC/1h)
Colour (Gardner) : Max 3 | Epoxy value (Eq/kg) : 5.50 – 6.00 | Viscosity @ 25oC (mPa s) : 25,000 – 35,000
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 4.40 – 4.60 | Viscosity @ 25oC (mPa s) : 800 – 1,500 | Non-volatile content (%) :79 – 81 (150oC/1h)
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 4.40 – 4.60 | Viscosity @ 25oC (mPa s) : 150 – 350 | Non-volatile content (%): 79 – 81 (105oC/2h)
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 300 – 500 | Pot life @ 25oC (minutes) : 300 – 380 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 500 – 700 | Pot life @ 25oC (minutes) : 80 – 100 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 500 – 700 | Pot life @ 25oC (minutes) : 50 – 60 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 700 – 1200 | Pot life @ 25oC (minutes) : 25 – 35 | Glass transition temperature (Tg) (oC) : 80 – 90
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 700 – 1200 | Pot life @ 25oC (minutes) : 14 – 20 | Glass transition temperature (Tg) (oC) : 80 – 90
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 700 – 1200 | Pot life @ 25oC (minutes) : 8 – 14 | Glass transition temperature (Tg) (oC) : 80 – 90
Mixing ratio (Parts by weight) : 100 : 22 | Mix viscosity @ 25oC (mPa s) : 800 – 1,200 | Pot life @ 25oC (minutes) : 90 – 120 | Glass transition temperature (Tg) (oC) : 140 – 155
Mixing ratio (Parts by weight) : 100 : 42 | Mix viscosity @ 25oC (mPa s) : 300 – 500 | Pot life @ 25oC (minutes) : 600 – 700 | Glass transition temperature (Tg) (oC) : 170 – 200
Mixing ratio (Parts by weight) : 100 : 35 | Mix viscosity @ 25oC (mPa s) : 400 – 600 | Pot life @ 25oC (minutes) : 300 – 350 | Glass transition temperature (Tg) (oC) : 110 – 120
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 200 – 300 | Pot life @ 25oC (minutes) : 350 – 450 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 200 – 300 | Pot life @ 25oC (minutes) : 300 – 380 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 300 – 700 | Pot life @ 25oC (minutes) : 50 – 60 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 300 – 700 | Pot life @ 25oC (minutes) : 80 – 100 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 300 – 700 | Pot life @ 25oC (minutes) : 50 – 60 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 600 – 750 | Pot life @ 25oC (minutes) : 25 – 35 | Glass transition temperature (Tg) (oC) : 80 – 90
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 600 – 750 | Pot life @ 25oC (minutes) : 14 – 20 | Glass transition temperature (Tg) (oC) : 80 – 90
Mixing ratio (Parts by weight) : 100 : 15 : 1-3 | Pot life @ 25oC (hours) : > 8 | Glass transition temperature (Tg) (oC) : 110 – 120
Mixing ratio (Parts by weight) : 100 : 40 | Pot life @ 25oC (hours) : > 8 | Glass transition temperature (Tg) (oC) : 180 – 200
Appearance : Clear brown liquid | Viscosity @ 25oC (mPa s) : 1,000 – 1,800
Appearance : White crystalline powder | Melting point (oC) : Min 75
Appearance : Brown liquid or solid | Viscosity @ 25oC (mPa s) : Max 100 | Melting point (oC) : 36 – 42
Appearance : Clear liquid | Colour (Gardner) : Max 1 | Viscosity @ 25oC (mPa s) : 10 – 30
Appearance : Clear liquid | Colour (Gardner) : Max 2 | Viscosity @ 25oC (mPa s) : Max 10
Appearance : White crystal | Melting point (oC) : Min 127 – 134
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 5.50 – 5.70 | Viscosity @ 52oC (mPa s) : 20,000 – 50,000
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 5.20 – 6.20 | Viscosity @ 25oC (mPa s) : 20 – 50 | HyCl (%) : Max 0.20
Chemistry : 3,3′-Diethyl-4,4′-diaminodiphenyl methane| Appearance : Dark brown liquid | Viscosity @ 40oC (mPa s) : 250 – 400
Chemistry : 4,4′-Diaminodiphenyl methane | Appearance : White to tan pastilles | Melting point (oC) : 88 – 92
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 5.50 – 5.75 | Viscosity @ 25oC (mPa s) : 4,500 – 6,500
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 5.55 – 5.80 | Viscosity @ 25oC (mPa s) : 6,500 – 8,500
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 5.20 – 5.50 | Viscosity @ 25oC (mPa s) : 450 – 650
Colour (Gardner) : Max 1 | Colour (AHPA) : Max 75 | Epoxy value (Eq/kg) : 5.12 – 5.55 | Viscosity @ 25oC (mPa s) : 500 – 700
Colour (Gardner) : Max 1 | Colour (APHA) : Max 150 | Epoxy value (Eq/kg) : 4.65 – 5.12 | Viscosity @ 25oC (mPa s) : 500 – 700
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 5.00 – 5.50 | Viscosity @ 25oC (mPa s) : 4,500 – 5,500
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 7.00 – 7.80 | Viscosity @ 25oC (mPa s) : 10 – 22 | HyCl (%) : Max 0.15
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 5.00 – 5.50 | Viscosity @ 25oC (mPa s) : 1,500 – 2,000
Colour (Gardner) : Milky white liquid | Epoxy value (Eq/kg) : 4.80 – 5.10 | Viscosity @ 25oC (mPa s) : 550 – 750
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 4.90 – 5.20 | Viscosity @ 25oC (mPa s) : 800 – 1,200
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 5.25 – 5.45 | Viscosity @ 25oC (mPa s) : 11,000 – 15,000
Colour (APHA) : Max 50 | Epoxy value (Eq/kg) : 5.25 – 5.45 | Viscosity @ 25oC (mPa s) : 8,000 – 11,000
Colour (Gardner) : Max 2 | Epoxy value (Eq/kg) : 4.30 – 4.70 | Viscosity @ 25oC (mPa s) : 20,000 – 28,000
Colour (Gardner) : Max 1 | Epoxy value (Eq/kg) : 5.25 – 5.45 | Viscosity @ 25oC (mPa s) : 11,000 – 15,000
Epoxy value (Eq/kg) : 0.34 – 0.42 | Viscosity @ 25oC (mPa s) : 5,000 – 10,000 | Softening point (oC) : 125 – 140
Chemistry : 3,3′-Diaminodiphenyl sulfone Micronised | Appearance : Off-white to yellowish brown powder | Melting point (oC) : 167 – 175
Epoxy value (Eq/kg) : 1.12 – 1.20 | Viscosity @ 25oC (mPa s) : 550 – 700 | Softening point (oC) : 90 – 102
Mixing ratio (Parts by weight) : 100 : 45 | Mix viscosity @ 25oC (mPa s) : Thixotropic paste | Pot life @ 25oC (minutes) : 25 – 35 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 45 | Mix viscosity @ 25oC (mPa s) : Thixotropic paste | Pot life @ 25oC (minutes) : 50 – 70 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 45 | Mix viscosity @ 25oC (mPa s) : Thixotropic paste | Pot life @ 25oC (minutes) : 90 – 120 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 45 | Mix viscosity @ 25oC (mPa s) : Thixotropic paste | Pot life @ 25oC (minutes) : 130 – 170 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 40 | Mix viscosity @ 25oC (mPa s) : Thixotropic | Pot life @ 25oC (minutes) : 35 – 45
Mixing ratio (Parts by weight) : 100 : 50 | Mix viscosity @ 25oC (mPa s) : 50,000 – 1,00,000 | Pot life @ 25oC (minutes) : 35 – 50
Mixing ratio (Parts by weight) : 100 : 80 | Mix viscosity @ 25oC (mPa s) : 75,000 – 1,25,000 | Pot life @ 25oC (minutes) : 8 – 10
Mixing ratio (Parts by weight) : 100 : 10 | Mix viscosity @ 25oC (mPa s) : 4,000 – 6,000 | Pot life @ 25oC (minutes) : 20 – 30
Type of system : Unfilled | Nature : Cold cure / Indoor | Mixing ratio (Parts by weight) : 100 : 10 | Glass transition temperature (Tg) (oC) : 60 – 70
Mixing ratio (Parts by weight) : 100 : 100 | Mix viscosity @ 25oC (mPa s) : 3,000 – 4,000 | Pot life @ 25oC (minutes) : 25 – 35
Mixing ratio (Parts by weight) : 100 : 80 | Mix viscosity @ 25oC (mPa s) : 32,000 – 37,000 | Pot life @ 25oC (minutes) : 90 – 105
Mixing ratio (Parts by weight) : 100 : 80 | Mix viscosity @ 25oC (mPa s) : 75,000 – 1,25,000 | Pot life @ 25oC (minutes) : 8 – 10
Mixing ratio (Parts by weight) : 100 : 10 | Mix viscosity @ 25oC (mPa s) : 600 – 800 | Pot life @ 25oC (minutes) : 30 – 60
Mixing ratio (Parts by weight) : 100 : 30 | Mix viscosity @ 25oC (mPa s) : 400 – 500 | Pot life @ 25oC (minutes) : > 60
Mixing ratio (Parts by weight) : 100 : 80 | Mix viscosity @ 25oC (mPa s) : 25,000 – 40,000 | Pot life @ 25oC (minutes) : 40 – 80
Mixing ratio (Parts by weight) : 100 : 27 | Pot life @ 25oC (minutes) : 170 – 190
Mixing ratio (Parts by weight) : 100 : 100 | Mix viscosity @ 25oC (mPa s) : Thixotropic | Pot life @ 25oC (minutes) : 3 – 7
Mixing ratio (Parts by weight) : 100 : 80 | Mix viscosity @ 25oC (mPa s) : 15,000 – 20,000 | Pot life @ 25oC (minutes) : 150 – 200
Mixing ratio (Parts by weight) : 100 : 15 | Pot life @ 25oC (minutes) : 85 – 95 | Mix viscosity @ 25oC (mPa s) : 3,500 – 5,000 | Glass transition temperature (Tg) (oC) : 95 – 105
Mixing ratio (Parts by weight) : 100 : 15 | Mix viscosity @ 25oC (mPa s) : 3,500 – 5,000 | Pot life @ 25oC (minutes) : 20 – 25 | Glass transition temperature (Tg) (oC) : 95 – 105
Mixing ratio (Parts by weight) : 100 : 35 | Mix viscosity @ 25oC (mPa s) : 400 – 600 | Pot life @ 25oC (minutes) : 300 – 350 | Glass transition temperature (Tg) (oC) : 110 – 120
Mixing ratio (Parts by weight) : 100 : 24 | Mix viscosity @ 25oC (mPa s) : 250 – 400 | Pot life @ 25oC (minutes) : 90 – 120 | Glass transition temperature (Tg) (oC) : 125 – 135
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (m Pas) : 600 – 750 | Pot life @ 25oC (minutes) : 25 – 35 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 700 – 1,200 | Pot life @ 25oC (minutes) : 14 – 20 | Glass transition temperature (Tg) (oC) : 80 – 90
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (m Pas) : 600 – 800 | Pot life @ 25oC (minutes) : 8 – 14 | Glass transition temperature (Tg) (oC) : 75 – 85
Mixing ratio (Parts by weight) : 100 : 32 | Mix viscosity @ 25oC (mPa s) : 300 – 500 | Pot life @ 25oC (minutes) : 300 – 380 | Glass transition temperature (Tg) (oC) : 75 – 85