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Showing 20 of 232 results for term: A

Brij™ C20

Polyoxyethylene (20) cetyl ether

Brij C20 is a naturally derived alcohol ethoxylate that functions effectively in emulsifier systems.
Brij™ S100

Polyoxyethylene (100) stearyl ether

Brij S100 is a naturally derived alcohol ethoxylate that functions effectively in emulsifier systems.
Brij™ S10

Polyoxyethylene (10) stearyl ether

Brij S10 is a naturally derived alcohol ethoxylate that functions effectively in emulsifier systems.
Synperonic™ 13/8

Polyoxyethylene (8) isotridecanol

Synperonic 13/8 is a synthetic alcohol ethoxylate. It functions as an effective nonionic wetting agent.
Synperonic™ 13/9

Polyoxyethylene (9) isotridecanol

Synperonic 13/9 is a synthetic alcohol ethoxylate. It functions as an effective nonionic wetting agent.
Synperonic™ 91/10

Polyoxyethylene (10) C9-C11 alcohol

Synperonic 91/10 is a synthetic alcohol ethoxylate. It functions as an effective nonionic wetting agent.
Synperonic™ 91/2.5

Polyoxyethylene (2.5) C9-C11 alcohol

Synperonic 91/2.5 is a synthetic alcohol ethoxylate. It functions as an effective wetting agent.
Synperonic™ 91/8

Polyoxyethylene (8) C9-C11 alcohol

Synperonic 91/8 is a synthetic alcohol ethoxylate. It functions as an effective wetting agent
RenexPEG™ 6000

Polyethylene Glycol

Water soluble wax that could be used as a.i. carrier
Multiwet™ 8269

Dioctyl Sodium Sulfosuccinate

Multiwet 8269 is an effective anionic wetting agent with excellent wettability and low foam properties.
Synperonic™ 13/10

Polyoxyethylene (10) isotridecanol

Synperonic 13/10 is a synthetic alcohol ethoxylate. It functions as an effective emulsifier.
Synperonic™ PE/F 108

Polyalkylene oxide block copolymer

Synperonic PE/F 108 has a block copolymer structure and functions as an effective emulsifier.
Synperonic™ PE/F 68

Polyalkylene oxide block copolymer

Synperonic PE/F 68 has a block copolymer structure and functions as an effective emulsifier.
Synperonic™ PE/F 87

Polyalkylene oxide block copolymer

Synperonic PE/F 87 has a block copolymer structure and functions as an effective emulsifier.
Synperonic™ PE/L 101

Polyalkylene oxide block copolymer

Synperonic PE/L 101 has a block copolymer structure and functions as an effective emulsifier.
Synperonic™ PE/L 121

Polyalkylene oxide block copolymer

Synperonic PE/L 121 has a block copolymer structure and functions as an effective emulsifier.
Synperonic™ PE/L 31

Polyalkylene oxide block copolymer

Synperonic PE/L 31 has a block copolymer structure and functions as an effective emulsifier.
Synperonic™ PE/L 44

Polyalkylene oxide block copolymer

Synperonic PE/L 44 has a block copolymer structure and functions as an effective emulsifier.
Synperonic™ PE/L 61

Polyalkylene oxide block copolymer

Synperonic PE/L 61 has a block copolymer structure and functions as an effective emulsifier.
Synperonic™ PE/L 64

Polyalkylene oxide block copolymer

Synperonic PE/L 64 has a block copolymer structure and functions as an effective emulsifier.

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Showing 20 of 95 results for term: A

Terms and conditions

Croda terms and conditions
Accessibility statement

Croda accessibility statement
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).
Privacy policy

Privacy policy
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.
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.
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.
Biostimulants

Explore our range of innovative biostimulant technologies designed to to enhance formulation performance, improve crop quality, boost yield, and reduce waste.
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.
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.
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.
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.
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.
OMRI Listed: organic surfactants and adjuvants

OMRI Listed certifies that Croda’s surfactants and adjuvants meet organic standards, making them suitable for use in organic crop protection products.
Croda unveils Atlox Metasperse™ 650S: a solid aqueous dispersant for granule formulations

Croda has launched Atlox Metasperse 650S, a highly effective solid aqueous dispersant that performs consistently across many active ingredients.
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.
Water dispersible granule (WDG)

WDGs are a solid, non-dusty granular formulation which disperses or dissolves quickly when added to water in the spray tank to give a fine particle suspension.
Latest news

Discover Croda Agriculture's latest updates and resources to advance your formulation journey!

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Showing 20 of 119 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.
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.
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.
Atrazine 480 g/L SC

A suspension concentrate (SC) formulation containing atrazine. Long term stability is achieved using polymeric surfactant, Atlas™ G-5200L and an acrylic hybrid solid aqueous disperant, Atlox Metasperse™ 650S.
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.
Calcium carbonate, 1035 g/L SC

Suspension concentrate formulation of calcium carbonate developed using polymeric surfactants which promote long term formulation stability, Atlox Metasperse™ 500L and Atlox™ 4894L.
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
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).
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.
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 is achieved using Atlox BS-50.
Metarhizium sp. 30 WP

Wettable powder formulation containing a high loading of Metarhizium anisopliae, a microbial insecticide. Effective wettability and dispersion of this biological formulation is achieved using Atlox™ BS-50 which also may not affect the viability of the microorganism.

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Search results

Polyoxyethylene (20) cetyl ether

Polyoxyethylene (100) stearyl ether

Polyoxyethylene (10) stearyl ether

Polyoxyethylene (8) isotridecanol

Polyoxyethylene (9) isotridecanol

Polyoxyethylene (10) C9-C11 alcohol

Polyoxyethylene (2.5) C9-C11 alcohol

Polyoxyethylene (8) C9-C11 alcohol

Polyethylene Glycol

Dioctyl Sodium Sulfosuccinate

Polyoxyethylene (10) isotridecanol

Polyalkylene oxide block copolymer

Polyalkylene oxide block copolymer

Polyalkylene oxide block copolymer

Polyalkylene oxide block copolymer

Polyalkylene oxide block copolymer

Polyalkylene oxide block copolymer

Polyalkylene oxide block copolymer

Polyalkylene oxide block copolymer

Polyalkylene oxide block copolymer