The Floras business of Atul Ltd recently participated at the 2019 edition of SIAL Middle East held at the Abu Dhabi National Exhibition Centre. It was lovely meeting everyone!
The Global Food Marketplace (French: Salon International de l’alimentation, or SIAL) is a trade fair held every two years that focuses on the food processing industry.
Members of Team Atul at CPhI India – teamwork makes the dream work!
公司认为5S是实现可持续发展目标的关键要素。我们在几年前发起了5S运动，并一直在基层制造工厂推行这一倡议。重要的是，我们现在将进入5S实施的下一个阶段。公司已于2019年8月28日在阿图尔 Vidyalaya多功能大厅举行的启动会议上宣布重新启动5S运动。
公司团队承诺推进5S运动，促使其取得成功。这场运动的名称和标志——Swayam——也被公之于众。征名活动和问答比赛的获胜者受到了我们董事长和总经理的祝贺。Sunil Lalbhai先生在讲话中呼吁团发扬主人翁精神，主动参与到改革中，通过改进系统来巩固根基。
上周在Atul组织了Yuvaan活动，Yuvaan是一个充满乐趣的具有娱乐性和参与性的活动，旨在展示我们团队成员的才华。该活动包含唱歌、跳舞、戏剧和单口喜剧等各种节目，这些节目可促进大家共同参与，从而建立人与人之间的关系。
2019年7月31日（星期三），Atul Ltd成员第42届年度股东大会在艾哈迈达巴德的管理协会举行。
2019年6月5日世界环境日，Atul Ltd（安克尔西瓦）获得2019年古吉拉特邦环保奖。该奖项由尊敬的古吉拉特邦政府环境和森林部部长Shri Ganpatbhai Vasava颁发。尊敬的能源部部长Shri Suaravbhai Patel曾是这项活动的贵宾。芳烃团队获得了嘉许状，以表彰其在废水回收和再利用方面的贡献。该活动由古吉拉特邦政府气候变化部推动，由News 18组织。
RE团队参加了2019年5月21日和5月22日在苏拉特举行的改善比赛—家庭、工作场所、新印度文化转型的5S。他们分享了在Atul各个部门落实5S的成功经验，还获得了“5S改善优秀奖”。
An aroma ingredient to enhance pineapple, fruity, sweet and juicy odour, widely used by cosmetics and flavour industry.
An aroma chemical with fruity, wine and banana like odour, used to make flavours and fragrances for personal care industry.
A value added down-stream of ortho Cresol, which plays a key role in the manufacturing of hydrogen peroxide (H2O2). Atul Ltd is the only manufacturer of 2-Methylcyclohexyl acetate, with a captive source of ortho Cresol.
A dye intermediate in organic synthesis.
阿图基金会最近向马哈拉施特拉邦萨塔拉受旱的Maan taluka的zilla parishad村庄学校捐赠了五片药片，这是我们努力向内陆村庄孩子提供优质教育的一小步。
迄今为止，已有120名学生能够观看教育视频，扩大其知识面。
2019年3月4日至11日举行第48届全国安全周庆祝活动。举办多项活动，让阿图家庭成员提高对工业安全的认识。
我们的农作物保护团队参加了在上海举行的中国国际农用化学品及农作物保护展览会。企业借此机会会见客户和商业伙伴，讨论产品、服务等。
阿图参加了“2019年活力古吉拉特邦全球峰会”。尊敬的印度总理Shri Narendra Modi宣布该峰会开幕。
Polymers Performance Materials Business参加了在孟买展览中心（孟买）举行的2019年ICERP。企业借此机会与我们的客户分享想法和技术专长。
Nouryan与阿图基金会合作，向该基金会管理的三所学院的学生提供铁质叶酸片。该计划旨在提高学生（特别是部落孩子）的血红蛋白水平。进行血液测试后，确定缺铁的学生，向其提供药片。
作为这项计划的一部分，为学生和家长举办各种认识会议，提高其对均衡饮食和积极参加体育活动的重要性的认识。
我们很乐意分享阿图的其中一项产品，即Polygrip HVAC，其可在建造团结雕像时，用于优质AC管道隔热，现在，团结雕像由印度总理Narendra Modi揭幕。
We are delighted to share that one of Atul’s products, Polygrip HVAC, was used for high-quality AC duct insulation during the construction of the Statue of Unity that was unveiled today by Narendra Modi, the Prime Minister of India.
Colour (Gardner) : Max 10 | Epoxy value (Eq/kg) : 7.00 – 8.00 | Viscosity @ 150oC (mPa s) : 2,500 – 4,000
Colour (Gardner) : Max 18 | Epoxy value (Eq/kg) : 7.40 – 8.50 | Viscosity @ 150oC (mPa s) : 2,000 – 4,000
Appearance : Clear colourless solution | Formaldehyde content: 37 ± 0.50 | Methanol content: Max 5 | Specific gravity
: 1.095 – 1.115 | pH : 2.80 – 5.00
Colour (APHA) : Max 50 | Epoxy value (Eq/kg) : 5.71 – 5.95 | Viscosity @ 25oC (mPa s) : 4,000 – 5,000
Atul Ltd在印度成本会计师协会举办的第15届国家奖中，获得大型私营制造企业（营业额在2500亿卢比到5000亿卢比之间）成本管理优秀奖一等奖。该奖项由尊敬的铁路和煤炭联邦部长Shri Piyush Goyal颁发。
Appearance : Clear colourless solution | Formaldehyde content: 37 ± 0.50 | Methanol content: Max 5 | Specific gravity
: 1.095 – 1.115 | pH : 2.80 – 5.00
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 (Gardner) : Max 10 | Epoxy value (Eq/kg) : 7.00 – 8.00 | Viscosity @ 150oC (mPa s) : 2,500 – 4,000 | HyCl (%) : Max 0.10
Colour (Gardner) : Max 18 | Epoxy value (Eq/kg) : 7.40 – 8.50 | Viscosity @ 150oC (mPa s) : 2,000 – 4,000 | HyCl (%) : Max 0.10
芳烃、散装化学品、制药企业参加了在德国科隆举行的欧洲精细化工展览会。企业借此机会会见客户和商业伙伴，讨论产品、服务等。
阿图自成立以来，一直致力于环境保护。作为世界环境日庆祝活动的一部分，我们组织了一系列活动，提高人们对可持续发展，特别是环境保护的认识。为期一周的庆祝活动以放映一部关于“战胜塑料污染”的纪录片开始。Kalyani学校是阿图设立的第一所学校，团队成员及其家人一起在该学校附近种植树苗。随后，在瓦尔萨德的Parnera山丘和Tithal海滩组织了一场清洁运动。
Colour (Gardner) : Max 4 | Viscosity @ 25oC (mPa s) : 10 – 50 | Pot life @ 25oC : 600 min – 700 hr
Colour (Gardner) : Max 4 | Viscosity @ 25oC (mPa s) : 10 – 50 | Pot life @ 25oC : 300 min – 380 hr
Colour (Gardner) : Max 4 | Viscosity @ 25oC (mPa s) : 20 – 100 | Pot life @ 25oC : 80 min – 100 hr
Colour (Gardner) : Max 4 | Viscosity @ 25oC (mPa s) : 20 – 100 | Pot life @ 25oC : 50 min – 60 hr
Colour (Gardner) : Max 4 | Viscosity @ 25oC (mPa s) : 50 – 150 | Pot life @ 25oC : 25 min – 35 hr | Mixing ratio (Parts by weight) : 32
Colour (Gardner) : Max 4 | Viscosity @ 25oC (mPa s) : 150-300 | Pot life @ 25oC : 14 min – 20 hr
Colour (Gardner) : Max 4 | Viscosity @ 25oC (mPa s) : 10 – 150 | Pot life @ 25oC : 10 min – 10 hr | Mixing ratio (Parts by weight) : 32
Colour (Gardner) : Max 4 | Viscosity @ 25oC (mPa s) : 10 – 150 | Pot life @ 25oC : 10 min – 10 hr | Mixing ratio (Parts by weight) : 32
5月4日，Taj-President在泰姬珊瑚岛举办了Atul Ltd年度分析师会议，与基金经理、资产管理公司、经纪公司、共同基金、分析师和其他利益相关方分享公司的业绩细节和未来计划。
大约200人出席了这次会议。
如要查看分析师会议的介绍，请点击此处 这里.
1953年，Atul Ltd成立了Urmi，旨在赋予妇女权利。多年来，晒干、捣碎、传统制作的香料已成为该组织的标志。周围村庄的妇女负责生产过程的每一个步骤。
现在在urmi dukan购物—Urmi建立的第一家零售店。
如需了解更多信息，请致电(+91) 81403 80444或发送电子邮件至urmi@atul.co.in
Lacare® AM 70 is a multi-purpose maintenance spray especially designed to meet the requirements of preventive and corrective maintenance for industrial use, automobiles and common household applications.
Lacare® AM 70 is available in the pack size of 45 g, 85 g and 400 ml.
Lacare® Channel Spray is a superior polymer-based spray used for improving the sliding movement of glass used in car windows. It is especially made to lubricate the rubber beading, plastic and other assemblies used in the sliding windows of automobiles.
Lacare® Channel Spray is available in the pack size of 60 g.
Lacare® Chain Lube is a superior oil based chain lubricant for open chain of bike driven at very high speeds where the chain is exposed to moisture and dusty environments.
It is ideal for chains that are standard as well as with O-ring, X-ring and Z-ring.
Lacare® Chain Lube is available in the pack size of 70 g.
LAPOX® TILEGRIP: a high performance, cementitious tile fixing adhesive
APPLICATIONS
– Fixing floor and wall tiles (internal and external)
– Fixing thin bed tiles and medium format tiles
– Cladding of vitrified tiles, ceramic tiles, porcelain, mosaic, granite and marble
BENEFITS
– Non-skid, self-curing and highly durable
– Flexible and impact resistant
– Excellent adhesion and low shrinkage
– Does not require hacking or mechanical key to bond tiles
PACKAGING
20 kg
Lacare® is a recently introduced range of maintenance products for automobile, industrial and household applications.
Channel spray:
– Can be applied on rubber channels of glass windows used in cars
– Ensures the smooth movement of manual and power window glass
– Does not stain
– Guards rubber channels from hardening
– Easily penetrates into rubber channels
PACKAGING
60 g
Lacare® is a recently introduced range of maintenance products for automobile, industrial and household applications.
Chain Lube:
– Can be applied on open chains of bikes driven at high speeds + standard chains, O-ring chains, X-ring chains and Z-ring chains
– Increases chain life
– Resists water and rust
– Reduces friction
– Retains stickiness for a long duration
PACKAGING
70 g
1953年，Atul Ltd成立了Urmi，旨在让妇女参与有目的的活动，借此赋予她们的权利。多年来，周围村庄妇女手工制作的新鲜、传统香料已成为该组织的标志。这些妇女负责整个生产过程，从太阳能干燥、捣碎到混合、包装。
我们很高兴欢迎您加入我们在Urmi的成长之旅。如有兴趣分销香料，请与我们联系。
| （香料）总量为 | 20-40 kg | 41-60 kg | 61-80 kg |
| 佣金（占发票总值的百分比）为 | 10% | 12% | 15% |
(+91) 81403 80444
urmi@atul.co.in
我们很高兴与大家分享Atul 2016-2017年度的年报，这份年报最近在2016-2017年度的ICAI卓越财务报表奖制造业类收到的年报中，获得了印度证券交易委员会（SEBI）前主席Shri M Damodaran担任评审团主席颁发的银盾奖。
我们感谢相关团队的贡献、支持和辛勤工作。如要查看我们的年报，请点击此处 点击这里。
阿图团队邀请您参观CAC 2018。我们期待与客户、合作伙伴分享更多关于我们产品和技术专长的信息。
很高兴见到您。
Polymers Performance Materials企业很高兴邀请您参加JEC WORLD | PAINTINDIA 2018。
我们将展示全部产品，这是与客户分享想法和技术专长的机会。
我们希望您能前来参加，期待与您见面！
不仅商界受益于Kasturbhai的远见卓识；Kasturbhai同样出色地丰富了我们国家的教育、社会和文化结构。他真正的杰出源自其坚定不移的价值观。Kasturbhai既是一名精明的远见卓识者和先驱，也是一名敬业的人道主义者和杰出的领袖，他的生活每天都在激励着我们。
我们钦佩他的远见卓识，恭敬地低下头。
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.
芳烃、大宗化学品和医药部门的阿图代表，参加了在孟买举办的“世界制药原料印度展”。他们联系客户和合作伙伴，讨论解决方案和优质产品，以便满足其独特的制造需求。
1953年，阿图成立了Urmi，后者致力于赋予妇女权利。新鲜、传统制作的香料是该组织的标志。周围村庄的妇女负责干燥、捣碎、混合、包装这些香料。捣碎会形成独特的香味、外观和风味，产品因此与通常可获得的产品不同。其主要产品包括辣椒粉（轻辣、中辣、特辣)、芫荽孜然粉、辛辣香料粉、泡菜香料粉、香料茶、姜黄粉。
凭借其FSSAI许可证，Urmi努力向更多人提供其产品，还扩大其销售范围。
在2017年Laabh Panchami吉日，阿图为其新发电厂揭幕—这是公司历史上最大的项目。
由DCS控制发电厂的锅炉、煤电厂、涡轮机、除灰装置，大约80人的团队负责整个工厂。
高度106m，作为本项目一部分建造的RCC烟囱是阿图最高的建筑物。
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 high-performance pigments offered by Atul.
在2017年10月25日的Laabh Pancham（Gyaan Panchami）吉日，Colors Business为阿图新的分析实验室举行了落成仪式。
配备最新的光谱仪，这一现代化设备将提高阿图供应染料和高性能颜料的质量保证。
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 over 600 exhibitors, specialising in technical, formulation and adjuvants.
When
October 15-17, 2017
Where
Booth 2F45, Shanghai World Expo Exhibition and Convention Center, China
Efficax, launched by Atul, is a super spreader surfactant for agriculture use with high penetration. Key features of this product are outlined below.
Dosage: 25 ml per 100 lt of spray volume; 50 ml per acre
Sizes available: 50 ml, 100 ml, 250 ml, 500 ml
2017年9月30日和10月1日举行了第21届印度学校证书学校协会（ASISC）—全国水上运动会。Atul Vidyalaya在Atul Ltd.的赞助下，第四次主办这项活动，为期两天的活动因国内外不同ASISC学校的游泳爱好者而取得了成功。比赛包括自由泳、蛙泳、仰泳和蝶泳。马哈拉施特拉邦获得系列赛冠军。
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
Sadhguru及其团队正在从科摩林角走陆路前往喜马拉雅山区，这是河流集会的一部分，该活动旨在提高人们对河流枯竭的认识和迫切需要拯救河流。阿图位于Par河畔，是这次行程的中途停留地。阿图 Vidyalaya的学生们高喊nadi stuti，热烈欢迎Sadhguru。他还在校园里种了一棵椰枣树。
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 : F
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 Retail has rolled out a pan India retailer scheme ‘Bond 70’ on select Lapox, Polygrip and Lacare products for the period of July – October 2017.
The objective of this initiative is to encourage and motivate retailers as they continue to enjoy the positive impact of GST implementation. We express our gratitude for their continued support and patronage to our brands. To avail the benefits of this scheme, please write to support_polymers@atul.co.in or call on (+91) 96193 73700.
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 |
|
|
Channel spray |
|
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 has been a great motivation.
A summary of the post launch outcomes is as follows:
We are also launching this model in other towns | cities of the country during 2017-18.
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.
International Cropscience Conference and Exhibition
AgriBusiness Global – Trade Summit, Las Vegas, USA
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 Institute of Chemical Technology, India on April 21-22, 2017.
Chemspec Europe – 2017, 31 May – 1 June 2017
阿克苏诺贝尔和阿图宣布其打算在印度共同投资生产一氯乙酸（MCA）。这将包括在Atul位于瓦尔萨德（古吉拉特邦）的第一个生产基地建立世界级的MCA工厂。每位合伙人将持有50%的股份。
该合作关系的建立依据包括，阿图在2，4-D（除草剂，使用MCA作为主要原料）全球领先供应方面具有领导地位，阿克苏诺贝尔在MCA市场具有全球领导地位，在荷兰、中国、日本和美国设有工厂。MCA是化学工业必不可少的组成部分，可用于各种化学品。
该合作伙伴关系将使用阿图生产的氯和氢来生产氯乙酸，利用阿图现有的基础设施和阿克苏诺贝尔提供的领先的环保氢化技术进行生产。该工厂将生产足够的MCA，满足阿图的垄断要求；阿克苏诺贝尔主要在印度销售其余产品。
在Ambedkar Jayanti节日之际，Niti Aayog的Digi Dhan Vyapar Yojana下的莫蒂总理宣布瓦尔萨德的Atul Ltd镇为印度七十五个“无现金城镇”之一，超过75%的交易通过数字模式支付而非现金。选定启动的城镇已接受独立第三方Price Waterhouse Coopers（PWC）的评估，只有审查期间超过80%的城镇交易总额通过数字模式支付的城镇才纳入该列表。
这些新鲜的Barhee椰枣来自阿图农场（位于拉贾斯坦邦美丽的塔尔沙漠），以及印度各地的农田，采用阿图的组织培养来栽培椰枣树。
2016-2017年，阿图基金会组织了眼科和耳鼻喉科营地，惠及10个村庄的3103名患者，为129名白内障患者进行了手术，还为551名患者配眼镜。
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 of 20 g.
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 – 115
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 retardants. The product is available in Microperle and Micro disperse varieties.
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) : 50
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 class : F
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 : F
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 : F
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 : F
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) : 70 | Thin film set time (8 mils) (hours) : 3 – 4
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) : 40 | Thin film set time (8 mils) (hours) : 3 – 4
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) : 67 | Thin film set time (8 mils) (hours) : 4 – 5
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) : 48
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 (with resin P-101)
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) : 35
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) : 18
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) : 18 – 25
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) : 25
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) : 21
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) : 40
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 – 105
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 – 185
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 – 130
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 – 115
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 – 95
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) : 50
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) : 40
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) : 45
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 – 140
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) : 60
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) : 60 (with resin B-47)
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) : 100
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) : 50
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) : 50 – 55
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) : 55 – 65
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
