Search results

Showing 20 of 233 results for term: A

Atplus™ 310

Proprietary

A highly efficient emulsifier package for high electrolyte microemulsions. Atplus 310 allows the formation of a microemulsion of methylated seed oil (MSO) in ammonium sulphate (AMS), which is normally not possible due to the high salt presence. Traditionally these adjuvants have to be tank-mixed separately. Now formulators can combine AMS and MSO into one product prior to tank-mixing and easily incorporate a second active to combat glyphosate resistancy.
Atplus™ 350

Emulsifier blend

Atplus 350 is an emulsifier blend which is the recommended emulsifier package for crop oil concentrates.
Atplus™ 367

Emulsifier blend

Atplus 367 is an emulsifier blend which is the recommended emulsifier package for crop oil concentrates.
Atplus™ 463

Adjuvant blend

High Surfactant Oil (HSO) adjuvant blend. Recommended tank-mix adjuvant for Traloxydim.
Atplus™ 469

Emulsifier blend

Atplus 469 is a nonionic surfactant blend which has excellent green credentials. It is an effective adjuvant blend for use in crop care.
Atplus AL-3351

Emulsifier blend

Atplus AL-3351 is a hybrid oil adjuvant emulsifier. It is designed to formulate soybean oil fatty acid methyl ester and mineral oil adjuvants for improved performance in glyphosate tank mix combinations with selective herbicides.
Atplus™ DRT-100

Emulsifier blend

Atplus DRT-100 adjuvant is a vegetable oil derived fatty ester drift reducing agent. Atplus DRT-100 is effective at narrowing the relative span of spray droplets for glyphosate based spray mixtures in a dose dependent manner across a range of spray nozzles.
Atplus™ DRT-6000

Adjuvant/emulsifier blend

Atplus DRT-6000, is our new emulsifier for methylated seed oil (MSO) with robust integrated DRT benefits. - Robust DRT product when used as an emulsifier for MSO - Can be used in various proportions of a mixture 90/10 MSO / DRT at 60/40 HS-MSO - Controls the quality of the spray and reduces driftable droplets - Offers the same or greater reduction in fine derivable droplets than DRT oils available on the market - The final blend provides several adjuvant benefits, such as DRT control, better bioeffectiveness and spray retention - Proven performance with different families of active ingredients, such as post-emergent herbicides and systemic fungicides
Atplus™ DRT-7000

Blend of surfactants and water-soluble polymer

Atplus DRT-7000 is a drone adjuvant that combines robust drift control and adjuvancy properties into one convenient product. Atplus DRT-7000 can be included in a tank-mix to improve precision targeting, increase crop coverage, and reduce wastage and off-target drift. This product is compatible with various active ingredients and formulations and improves biological efficacy.
Atplus™ DRT-EPS

Non-ionic surfactant blend

Atplus DRT-EPS is a tank mix adjuvant that combines adjuvancy properties, spray quality and drift control into one convenient product. It readily disperses in a tank mix meaning that no additional products are required. By controlling spray quality and reducing droplets that are prone to drift means that there is less wastage of products and less potential to damage neighbouring surroundings and habitats. Atplus DRT-EPS improves biological efficacy and benefits are observed with multiple active ingredients, nozzle types and spray pressures. This product is suitable for use as an inert ingredient in combination with permitted active pesticidal ingredients according to US NOP. OMRI-Listed grades are available.
Atplus™ PFA

Alkoxylated Alcohol

Atplus PFA is an easy to handle, pourable liquid adjuvant developed to improve the performance of fungicidal applications. This adjuvant aids and intensifies the action of fungicides especially against soybean rust disease (Phakopsora pachyrhizi).
Atplus SS-100

This is a mixture of alcohol ethoxylate and Silicone ethoxylate.

Atplus SS-100 combines the twin benefits of quick spreading on leaf surface with effective rain fastness to your pesticide formulation providing greater bioefficacy and crop yield. It has proven performance with field trial data in tropical climate conditions resulting in improved bioefficacy, plant growth and yields and safe for use (non-phytotoxic) on plants. This product is for use in Asia only.
Atplus™ UEP-100

Alkoxylated polyol ester

A built-in adjuvant designed to enhance the uptake of systemic or translaminar active ingredients with additional spray retention and humectancy properties.
Cirrasol™ G-1086

Polyoxyethylene (40) sorbitol hexaoleate

A single non-phytotoxic emulsifier system for vegetable and closely related oils. Can be incorporated with Brij L4 in problematic systems to aid blooming and stability in the spray tank. This product is suitable for use as an inert ingredient in combination with permitted active pesticidal ingredients according to US NOP. OMRI-Listed grades are available.
Cirrasol™ G-1096

Polyoxyethylene (50) sorbitol hexaoleate

Cirrasol G-1096 is a sorbitol based surfactant and is a recommended emulsifier for vegetable oils.
Cirrasol™ G-1282

Polyoxyethylene (25) castor oil

Cirrasol G-1282 is a castor oil ethoxylate and is the recommended nonionic emulsifier for Emulsifiable Concentrate and Microemulsion formulations.
Cirrasol™ G-1284

Polyoxyethylene (40) castor oil

Cirrasol G-1284 is a castor oil ethoxylate and is the recommended nonionic emulsifier for Emulsifiable Concentrate and Microemulsion formulations.
Cirrasol™ G-1292

Polyoxyethylene (25) hydrogenated castor oil

Cirrasol G-1292 is a castor oil ethoxylate and is the recommended nonionic emulsifier for Emulsifiable Concentrate and Microemulsion formulations.
Crodafos™ C10/5A

PEG-10 PPG-5 cetyl phosphate

An alkoxylated phosphate ester with good performance as a wetting agent or emulsifier in highly loaded micronutrient systems.
Crodafos™ D4A

Polyoxyethylene alkyl ether phosphate

Crodafos D4A is a phosphate based anionic surfactant. It is recommended for use in Microemulsion formulations.

«
1
2
3
4
12
4 of 12
»

Showing 20 of 115 results for term: A

CrodaON – Your seamless order management portal

CrodaON is your dedicated online portal for managing all your orders with Croda in one convenient place. CrodaON ensures that your order process is smooth, secure, and transparent.
Biostimulants

Explore our range of innovative biostimulant technologies designed to to enhance formulation performance, improve crop quality, boost yield, and reduce waste.
Abiotic stress resistance technology

Learn how abiotic stresses like drought and salinity affect plant growth and how Alethea™ technology can boost your crops' resilience and quality.
Enhanced plant growth technology

Discover how Talsano™ technology can promote plant growth and optimise root development while also enhancing resilience to stress.
Speciality nutrition for plants

Explore specialty nutrients to enhance plant growth and yield via advanced formulations. Learn how our micronutrient products overcome agricultural challenges.
Liquid, foliar and fertigation nitrogen technology

Enhance plant nutrition with our liquid, foliar, and fertigation N solutions. PiNT™ tech optimises nitrogen release and reduces leaching. Discover more today.
Calcium mobility technology

Discover how our CaT™ technology optimises the movement and distribution of calcium to reduce calcium disorders and improve crop quality and yield.
Hear from our experts: Formulating biologicals

Steve Adams our Global Research and Technology Manager at Plant Impact shares his thoughts and opinions on the use of biologicals in agriculture and how it is shaping the industry.
On-demand webinar | Advancing biologicals delivery

As part of the ISAA 2025 Conference's monthly webinar series, Croda Agriculture kicked off the event with insights into latest agrochemical trends. The webinar covered key challenges in formulating microbial biopesticides, essential considerations before formulation, and potential product solutions.
Available now: Bispyribac sodium 10% SC formulation sheet

Request your free sample pack and detailed formulation sheet today to experience firsthand how these surfactants can improve SC formulation robustness and efficiency.
Formulation of microbial biopesticides

Microbes can be beneficial throughout agriculture. Probably the most well-known are biopesticides, which can control insects (bioinsecticides) or pathogens (biofungicides).
ABIM test Page Summary Title

ABIM test Page Summary Description
ABIM test Page Summary Title

ABIM test Page Summary Description
Accessibility statement

Croda accessibility statement
Terms and conditions

Croda terms and conditions
Privacy policy

Privacy policy
Whitepaper: A microplastic-free future for seed treatment

As new microplastic legislation transforms agriculture, what does the future hold and how do we get there?
The new microplastics legislation - what does it mean for seed treatments and coatings?

Hear Marta Dobrowolska-Haywood discuss the microplastic regulations.
The future of innovative ingredients in Agriculture

Explore emerging trends in agriculture driven by AI and sustainability. Our Vision Report shows how tech reshapes farming’s future and tackles food challenges.
Croda Agriculture and Incotec release whitepaper on regenerative agriculture

Croda Agriculture and Incotec have released a whitepaper on regenerative agriculture. The whitepaper has the title ‘Regenerative Agriculture: How to improve natural ecosystems and increase yields’.

«
1
2
3
4
6
1 of 6
»

Showing 20 of 123 results for term: A

Trichoderma sp. 20 w/w OD

Biological formulations can be challenging to produce. In this Trichoderma sp. OD formulation, the ingredients have been carefully selected to be safe for the microorganisms and maintain their viability. The Croda ingredients also provide enhanced end point stability and performance which is often difficult to achieve when formulating with biologicals. This formulation allows the incorporation of a higher concentration of active ingredient, compared to others available on the market. It is important to note that if a different microorganism or oil is used, the formulation may need adjusting. For advice about this please get in touch
Rapeseed oil-based microbial OD chassis system

This is a chassis formulation for developing OD formulations which can speed up the development process. It contains all components required except the active ingredient. The surfactants and their relative ratios are predetermined and have been optimised for a rapeseed oil continuous phase. This chassis system can include an active ingredient at an inclusion level of 20% w/w.
Soybean oil-based microbial OD chassis system

This is a chassis formulation for developing OD formulations, which can speed up the development process. It contains all components required except the active ingredient. The surfactants and their relative ratios are predetermined and have been optimised for a soybean oil continuous phase. This chassis system can include an active ingredient at an inclusion level of 20% w/w.
Sunflower oil-based microbial OD chassis system (option 2)

This is a chassis formulation for developing OD formulations which can speed up the development process. It contains all components required except the active ingredient. The surfactants and their relative ratios are predetermined and have been optimised for a sunflower oil continuous phase. This chassis system can include an active ingredient at an inclusion level of 20% w/w.
Sunflower oil-based microbial OD chassis system (option 1)

This is a chassis formulation for developing OD formulations which can speed up the development process. It contains all components required except the active ingredient. The surfactants and their relative ratios are predetermined and have been optimised for a sunflower oil continuous phase. This chassis system can include an active ingredient at an inclusion level of 20% w/w.
Lambda-cyhalothrin 96 g/L – Thiamethoxam 126 g/L ZC

This ZC (CS + SC) formulation includes a Thiamethoxam in a SC form combined with Lambda-cyhalothrin microcapsules in an aqueous phase.
Manganese carbonate 930 g/L SC

Suspension concentrate formulation of manganese carbonate developed using polymeric surfactants which promote long term formulation stability, Atlox Metasperse™ 500L and Atlox™ 4894L.
Manganese carbonate 930 g/L SC

Suspension concentrate formulation of manganese carbonate developed using polymeric surfactants which promote long term formulation stability, Atlox™ 4919 and Atlox 4894L.
Manganese Carbonate 800 g/L SC

A highly-loaded manganese carbonate suspension concentrate (SC) formulation with long stability attributed to the use of a polymeric dispersant.
Difenoconazole 100 g/L EC

A 100 g/L difenoconazole formulation designed to reduce the hazardous components while maintaining performance. Methylated rapeseed oil has replaced a traditional solvent and the optimised surfactant package removes the need for an anionic component that would often carry eye toxicity hazards.
Atrazine 480 g/L SC

A suspension concentrate (SC) formulation containing atrazine. Long-term stability is achieved using a polymeric surfactant, Atlas™ G-5200L, and an acrylic hybrid solid aqueous dispersant, Atlox Metasperse™ 650S.
Diflufenican 40 g/L + 400 g/L (333 g/L a.e.) Glyphosate IPA SC

A combination herbicide suspension concentrate containing high levels of glyphosate. Long-term stability of the formulation is achieved using polymeric surfactants.
Calcium carbonate, 1035 g/L SC

Suspension concentrate formulation of calcium carbonate developed using polymeric surfactants that promote long-term formulation stability, Atlox Metasperse™ 500L and Atlox™ 4894L.
Pelargonic Acid 582 EC

A highly loaded emulsifiable concentrate containing the contact herbicide pelargonic acid. Pelargonic acid is known to have a freezing point of ~ 12 °C making obtaining cold temperature stable a challenge for formulators.
OMRI surfactant systems for microbial ODs – sunflower and corn oil

This oil dispersion (OD) formulation is suitable for formulating microbes in a water free environment. This example uses Bacillus sp. but can be suibstituted for other microbe active ingredients.
Acetochlor 290 g/L - Atrazine 145 g/L ZC

This ZC formulation is a combination of two actives: Atrazine in a SC form and Acetochlor microcapsules in an aqueous phase
Beauveria sp. 30 WP

Wettable powder formulation containing a high loading of Beauveria sp., a microbial insecticide. Effective wettability and dispersibility with maintenance in microbe viability are achieved using Atlox BS-50.
2,4-D Amine Salt 400 g/L (320 gae/L) - 2,4-D Ethylhexyl Ester 185 g/L (125 gae/L) ME

A stable microemulsion incorporating 2,4-D amine salt (water soluble) and 2,4-D ethylhexyl ester (oil soluble).
Calcium Carbonate 1475 g/L SC

A highly loaded calcium carbonate suspension concentrate (SC) formulation with long stability attributed to the use of a polymeric dispersant.
Mancozeb 64% + Metalaxyl 8% WP with Multiwet™ 8269

This Wettable Dispersible Powder (WP) formulation contains a high loading of a mixture containing the non-systemic fungicide of Mancozeb and systemic fungicide of Metalaxyl.

«
1
2
3
4
7
1 of 7
»

Name	Typical content	Expires
cookieConsent	Used to check if your device accepts cookies and used to remember users cookie consent.	1 year
SC_ANALYTICS_GLOBAL_COOKIE	This analytics cookie is provided by Sitecore. It tracks a visitor’s multiple visits to our Website in one year. We use this information to help improve our Website. This cookie is not used to identify individuals using the Website.	10 Years
.AspNet.Cookies	This cookie is used to identify and authenticate logged-in users. It maintains secure sessions by storing an encrypted authentication token.	30 days
ASP.NET_SessionId	This cookie is used by ASP.NET to maintain an anonymous user session by assigning a unique session ID. It enables the website to store temporary information between pages, such as login status or form input.	End of session
_sample_basket	Used to store sample items added to basket by user. Contents are serialised.	30 days
sitename#lang	This cookie is provided by Sitecore. This cookie tracks a user's language selection. The name of the cookie varies based on the configured site name	End of Session
__RequestVerificationToken	An anti forgery token used to help prevent CSRF attacks.	End of Session
_form_goals	Used to check if you have previously complete a form.	2 years
lastShownMarketingConsentDate_{identifier}	Use to determine when we requested you review your marketing consent for your account. It helps ensure we limit prompting to review your marketing consent, improving user experience.	1 year
productFinderLastSearch	Used within our product finder to determine the last search performed.	1 year
shell#lang	This cookie is provided by Sitecore. This cookie tracks a user's language selection. The name of the cookie varies based on the configured site name	End of Session
mailinglistsignupbanner_{identifier}	Use to determine when whether a mailing list sign up form has been already shown within a time period. It helps ensure that users are not repeatedly prompting or shown sign up forms, improving user experience. We may create multiple cookies with different identifiers.	< 120 days
resourcesAreaLastSearch	Used within our literature finder to determine the last search performed.	1 year
formulationFinderLastSearch	Used within our formulation finder to determine the last search performed.	1 year
isProactiveInvite	This cookie is set by the SnapEngage live chat widget to track whether a proactive chat invitation (a pop-up asking if you need help) has already been shown during your visit. It helps ensure that users are not repeatedly prompted with the same chat invite, improving user experience.	End of session
SnapABugAgentAvatar	This cookie stores the agent image URL in order to show the agent avatar on the minimize state of the chat.	16 mins
SnapABugHistory	Keeps track of the visitor visits and last chats to present history to agent	1 year
SnapABugNoProactiveChat		6-12 months
SnapABugRef	This tracks the origin and site entry	120 mins
SnapABugUserAlias	This cookie stores the visitor alias (name). This cookie is used to support subsequent chats so that once it is known, the chat agent doesn’t need to collect the information again.	1 year
SnapABugVisit	This cookie is used to keep track of the visitor visits	End of session

Name	Typical content	Expires
recentlyViewedItems	Contains a list of recently visited items including products or formulations.	30 days
__Secure-1PAPISID	Essential for maintaining your logged-in state (session) and authenticating you across different Google services securely.	2 years
__Secure-1PSID	Set by Google, this cookie works alongside others to verify your identity and keep you signed in to your Google account securely.	2 years
__Secure-1PSIDCC	A crucial security cookie used by Google to confirm the authenticity of the user's session, helping to protect users data from unauthorised access.	1 year

Name	Typical content	Expires
_gat	Used by Google Analytics to throttle request rate.	10 minutes
_ga	Contains a unique identifier used by Google Analytics to determine unique visitors to our website.	2 years
_clsk	Used by Microsoft Clarity to connect multiple page views by a user into a single Clarity session recording.	1 day
_clck	Persists the Microsoft Clarity User ID and preferences, unique to that site is attributed to the same user ID.	1 year
s_pltp	Provides page name value (URL) for use by LinkedIn.	Session
s_ppv	Used by LinkedIn to retain and fetch what percentage of a page was viewed.	Session
s_tep	Used by LinkedIn to track percent of page viewed.	Session
s_cc	Used to determine if cookies are enabled for LinkedIn.	Session
s_tslv	Used to retain and fetch time since last visit in LinkedIn.	6 months

Name	Typical content	Expires
ANONCHK	Used by Microsoft Clarity and Microsoft Ads to store session ID for a users session to ensure that clicks are verified for reporting purposes and for personalisation.	10 mins
MUID	Identifies unique web browsers used by Microsoft. These cookies are used for advertising, site analytics, and other operational purposes.	1 year
SM	Used by Microsoft to synchronise the unique identifier across Microsoft domains for consistent user recognition and ad targeting.	End of session
MR	Used by Microsoft to support ad delivery and performance tracking.	7 days
SRM_B	Set by Microsoft Bing Ads and is used for advertising purposes. It helps deliver targeted ads and measure the effectiveness of ad campaigns across websites.	1 year
CLID	Used by Microsoft Clarity to identify the first time a user visited any site using Clarity. Helps track user behaviour and engagement across sessions for analytics purposes.	1 year
NID	Set by Google to store user preferences and personalise content, including ads on Google services. Also supports services like reCAPTCHA and SafeSearch settings.	6 months
AEC	Used by Google to ensure that requests during a browsing session are genuinely made by the user, helping to prevent malicious activity such as cross-site request forgery.	6 months
ADS_VISITOR_ID	Used by Google Ads to identify users across websites for advertising and analytics purposes. Supports the delivery of targeted adverts and helps measure the effectiveness of marketing campaigns.	6 months
__Secure-ENID	Helps Google prevent fraudulent login attempts, safeguard user data, and ensure secure access to its services. It may also be used to support personalisation features.	13 months
UserMatchHistory	Set by LinkedIn Ads, this cookie helps match users across different websites to improve how adverts are shown.	30 days
s_sq	Set by LinkedIn, this cookie records the last link clicked by the user to understand how visitors navigate on websites.	End of session
lms_analytics	Set by LinkedIn, this cookie helps understand how people interact with LinkedIn content.	30 days
li_sugr	Set by LinkedIn, this cookie helps estimate if different visits to our website come from the same person, to improve advertising accuracy.	90 days
lms_ads	Used to identify LinkedIn Members off LinkedIn for advertising.	30 days
gpv_pn	Used by LinkedIn to retain and fetch previous page visited.	6 months
li_mc	Used by LinkedIn for retargeting and ad performance.	6 months
_guid	Used to identify a LinkedIn Member for advertising through Google Ads.	90 days
ar_debug	Supports Google attribution reporting API integration to mitigate signal loss.	End of session
liap	Used by LinkedIn to denote the logged in status of a member.	1 year
IDE	Set by Google (DoubleClick), this cookie helps show relevant ads to users and measure the success of advertising campaigns.	13 months
DSID	Set by Google, this cookie remembers a user’s ad preferences and identifies when they are signed in on non-Google sites.	7–14 days
__Secure-3PAPISID	Set by Google, this cookie helps deliver personalised adverts based on a user’s browsing history and profile.	2 years
__Secure-3PSID	Set by Google, this cookie works with others to show targeted adverts on third-party websites.	2 years
__Secure-3PSIDCC	Set by Google, this cookie helps prevent advertising fraud and ensures adverts are shown securely and reliably.	1 year
__Secure-3PSIDTS	Set by Google, this cookie tracks when users interact with ads and content for better ad performance measurement.	2 years
li_fat_id	Set by LinkedIn, this cookie tracks when someone clicks on a LinkedIn ad and visits a website, helping measure conversions and ad impact.	30 days

Search results

Proprietary

Emulsifier blend

Emulsifier blend

Adjuvant blend

Emulsifier blend

Emulsifier blend

Emulsifier blend

Adjuvant/emulsifier blend

Blend of surfactants and water-soluble polymer

Non-ionic surfactant blend

Alkoxylated Alcohol

This is a mixture of alcohol ethoxylate and Silicone ethoxylate.

Alkoxylated polyol ester

Polyoxyethylene (40) sorbitol hexaoleate

Polyoxyethylene (50) sorbitol hexaoleate

Polyoxyethylene (25) castor oil

Polyoxyethylene (40) castor oil

Polyoxyethylene (25) hydrogenated castor oil

PEG-10 PPG-5 cetyl phosphate

Polyoxyethylene alkyl ether phosphate