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  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant
  • Agricultural Organosilicone Adjuvant

Agricultural Silicone Synergist

Agricultural Organosilicone Adjuvant

New-type super spreader, with spreading area and speed dozens to hundreds of times greater than conventional adjuvants
Super penetration, enhancing pesticide efficacy by 30–50%
Reduces spray volume by 30–50%, saving water and lowering labor intensity
1.Unique “stomatal-channel” effect that promotes pesticide absorption and strengthens contact activity
2.Improves pesticide adhesion, effectively reducing pesticide loss and enhancing resistance to rain wash-off
3.Reduces pesticide usage and lowers pesticide residues
4.Green and environmentally friendly

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Agricultural Organosilicone Adjuvant (Concentrate): A multifunctional adjuvant that serves as a spray modifier, foliar absorption enhancer, activator, and aerial-application aid. It is widely used in herbicides, foliar fertilizers, insecticides, and plant growth regulators.

Factory-Formulated Organosilicone Chemistry

Why Agrochemical Formulators Standardize Their Tank Mix on GT-8110

GT-8110 is produced in-house at our Hebei silicone manufacturing site, from raw polysiloxane synthesis through to filling, so every drum and bottle carries the same tested surface-tension profile — batch after batch, season after season.

Rather than relying on a single wetting mechanism, GT-8110 is built to solve three problems that limit spray performance at once: droplets that bead up and roll off waxy leaves, actives that never cross the cuticle, and coverage that washes away before it has done its job. The result is a tank-mix partner that agrochemical companies, formulation houses, and large-scale growers can specify with confidence across herbicide, fungicide, insecticide, and foliar-fertilizer programs.

100x Larger droplet footprint versus an untreated water droplet on a comparable leaf surface
30–50% More active ingredient uptake reported across herbicide and foliar fertilizer trial programs
30–50% Lower spray volume needed cutting water hauling, tank refills, and field labor hours

Side-by-side leaf trial: unmodified spray solution beads and rolls off, while the GT-8110-treated solution forms a continuous film across the leaf surface.
The Science of Surface Tension

From Water Beads to a Working Film

Water alone sits on a leaf at roughly 72 mN/m of surface tension — far too high to spread across the waxy, hydrophobic cuticle most crops carry. Trisiloxane-based GT-8110 pulls that figure down into the low-20s mN/m range, low enough for the spray solution to collapse from a bead into a thin, continuous film in seconds.

That drop in surface tension is also what opens the door to stomatal infiltration: once the contact angle falls close to zero, spray solution can flow directly into open stomata rather than resting on top of them, giving systemic actives a second entry route beyond simple cuticle diffusion.

Because the effect is physical rather than chemical, GT-8110 works alongside the active ingredient instead of reacting with it — which is why it mixes cleanly into herbicide, fungicide, insecticide, and micronutrient tanks without altering their chemistry.

Mode of Action

One Adjuvant, Three Jobs on the Leaf

STAGE 01

Spread

Within seconds of impact, the droplet flattens across the leaf instead of pooling, multiplying the contact area between the spray solution and the plant surface and closing the coverage gaps standard sprays leave behind.

STAGE 02

Penetrate

Lower surface tension lets the solution move through the cuticle and into open stomata, shortening the time between application and the active ingredient reaching living plant tissue.

STAGE 03

Hold

The residual film resists wind drift and rewetting, so a rain shower or morning dew is far less likely to strip the treatment off before the active ingredient has finished its job.

Tank Mix Comparison

Standard Spray Program vs. a GT-8110-Enhanced Program

Directional comparison built from the performance ranges above — actual gains vary by crop, water hardness, spray equipment, and target pest or pathogen.

Leaf coverage area per dropletGT-8110 +100x
Active ingredient efficacyGT-8110 +30–50%
Spray water volume requiredGT-8110 −30–50%
Rain wash-off resistance windowGT-8110: extended
Higher is better Lower is better (resource use)

Bars are scaled for readability, not to a single shared unit; refer to the technical data sheet for lab-tested figures on your target crop.

Technical Comparison

GT-8110 Against a Conventional Non-Ionic Wetting Agent

Performance Factor Conventional Non-Ionic Surfactant GT-8110 Organosilicone Adjuvant
Surface tension achieved Typically reduced to the 28–35 mN/m range Reduced into the low-20s mN/m range for a near-superspreading effect
Spreading behavior Flattens the droplet but often leaves a visible bead at the center Collapses the droplet into a continuous, edge-to-edge film
Stomatal infiltration Limited; relies mainly on cuticle diffusion Supports direct entry through open stomata alongside cuticle diffusion
Rainfastness Vulnerable to wash-off within a short window after drying Improved film adhesion extends the window before rain removes coverage
Typical use rate Often 0.25%–0.5% v/v to reach acceptable wetting Effective at low inclusion rates, keeping tank-mix cost per hectare competitive
Tank-mix versatility May need reformulation per active ingredient class Compatible across herbicides, fungicides, insecticides, and foliar fertilizers
From the Trial Field and QC Lab

What GT-8110 Looks Like in Practice


Field demonstrationSample bottle staged during an outdoor wetting and dispersion check ahead of a customer trial.


Leaf film formationUntreated spray solution beads and pools; GT-8110-treated solution settles into a uniform, edge-to-edge film.

Packaging lineup200 mL, 1 L, and 2 L formats produced from the same concentrate batch for consistent dosing at any scale.
Where It Gets Used

Crops and Field Targets GT-8110 Is Formulated to Support

GT-8110 is tank-mixed as a spray carrier and coverage aid — it is added alongside a registered pesticide, herbicide, fungicide, or foliar fertilizer rather than applied as a standalone crop protection product.

CottonRow crop
CornRow crop
SugarcaneRow crop
RicePaddy crop
CabbageLeafy vegetable
Bok ChoyLeafy vegetable
Aphids & WhitefliesInsecticide co-application
Powdery MildewFungicide co-application
Sourcing GT-8110

Questions Formulators and Distributors Ask Before Ordering

What packaging sizes and concentrations are available?

GT-8110 ships in 200 mL and 1 L bottles for trial and small-plot use, and 2 L jugs for larger acreage, all drawn from the same production batch. Drum-scale packaging can be arranged for confirmed volume orders.

Can the formulation be adjusted for a specific climate or crop program?

Yes. Our lab can trial dosage ranges and, where needed, adjust the surfactant blend for hard water, high-humidity regions, or a particular active-ingredient class before a full production run.

What documentation ships with a GT-8110 order?

Each shipment can be accompanied by a Safety Data Sheet, a Certificate of Analysis, and available REACH and RoHS testing references, so quality-control teams can verify the batch on arrival.

Is private-label or custom-branded packaging available?

Distributors and formulation houses can order GT-8110 under their own label and bottle design once formulation and packaging specifications are confirmed with our production team.

Does GT-8110 perform in drone and aerial spray applications?

Its low-volume spreading performance makes it suitable as a carrier aid for aerial and drone application programs, where droplet coverage per liter carries more weight than in ground-rig spraying.

Ready to Trial GT-8110 in Your Own Spray Program?

Request the current technical data sheet, a Certificate of Analysis, and a trial-size sample to validate performance on your target crop before committing to a full order.

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About Us
Hebei Guituo New Material Co., Ltd.
Hebei Guituo New Material Co., Ltd.

Hebei Guituo New Materials Co., Ltd. is a high-tech enterprise integrating R&D, production, and sales. As China Agricultural Organosilicone Adjuvant Manufacturers and Agricultural Organosilicone Adjuvant Suppliers, The company has always taken technology as the core driving force, focusing on the in-depth development and innovative application of high-end silicone materials in industrial and agricultural fields. It is a professional new materials enterprise with considerable influence in the industry. To ensure product quality and stable supply, the company has established a comprehensive guarantee system: it is equipped with internationally advanced production equipment and precise testing facilities, and has built a full-process quality monitoring mechanism from the production source to the delivery of finished products. It has assembled an experienced technical and production team with strong professional skills. With profound industry accumulation and precise technical control, it ensures that every product meets high standards.

In terms of product layout, the company has built a rich and diverse product matrix, covering silicone additives, wetting agents, modified silicone oil, dimethyl silicone oil, surfactants, defoamers, and other series, which are widely used in agriculture, daily chemicals, electronics, textiles, and other fields. Among them, the agricultural silicone products stand out for their outstanding quality, reaching an advanced domestic level. With excellent performance in multiple core indicators, they are favored by leading domestic agrochemical enterprises and have become their designated procurement products. At the same time, the company's products are exported to overseas markets such as Europe and Southeast Asia, winning wide recognition from overseas customers with stable performance and reliable quality, and achieving good market feedback through continuous repurchases. In addition, the company accepts OEM and ODM orders.

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Can Agricultural Organosilicone Adjuvants Improve the Durability and Persistence of Pesticides?

Introduction to Agricultural Organosilicone Adjuvants

Agricultural organosilicone adjuvants are additives designed to enhance the performance of pesticides, herbicides, and other crop protection products. These adjuvants play a vital role in improving the effectiveness, durability, and persistence of pesticides on plant surfaces. Hebei Guituo New Material Co., Ltd. offers a variety of high-performance organosilicone adjuvants that contribute to the extended efficacy of pesticide applications, helping reduce the frequency of reapplications and ensuring that pesticides remain effective for longer periods.

How Organosilicone Adjuvants Enhance Pesticide Durability

Durability in pesticide applications refers to how long the active ingredients in the pesticide remain effective after being applied to the plant. Organosilicone adjuvants contribute to pesticide durability by improving the adhesion of the pesticide to plant surfaces, even under challenging environmental conditions such as wind or rain. By reducing the tendency of pesticides to wash off or degrade, these adjuvants help the pesticide remain on the plant for a longer period, ensuring consistent performance over time. The strong bonding properties of organosilicone adjuvants also protect the pesticide from rapid evaporation, which is particularly important for volatile chemicals.

Improvement of Persistence Through Enhanced Spreading and Wetting

Persistence refers to the length of time that a pesticide remains effective after application. Organosilicone adjuvants improve persistence by enhancing the spreading and wetting characteristics of pesticide droplets on plant surfaces. When pesticides spread more evenly, they form a thin, consistent layer that is less likely to be disturbed by environmental factors such as rain or irrigation. By improving the uniformity of pesticide coverage, organosilicone adjuvants contribute to a more persistent effect that ensures pest control over a prolonged period. Additionally, these adjuvants can help the pesticide penetrate plant surfaces more efficiently, allowing the active ingredients to remain effective within plant tissues for longer durations.

Resistance to Environmental Factors

One of the key challenges in pesticide application is the effect of environmental conditions on pesticide performance. Factors such as rain, humidity, and temperature fluctuations can significantly reduce the effectiveness of pesticides. Organosilicone adjuvants improve the resistance of pesticides to these environmental conditions. They create a more robust bond between the pesticide and the plant, making it harder for external factors to remove or degrade the pesticide. This enhanced resistance allows the pesticide to maintain its efficacy for a longer period, reducing the need for frequent reapplications and improving the overall effectiveness of pest management strategies.

Benefits of Organosilicone Adjuvants in Pesticide Durability and Persistence

Benefit Impact
Enhanced adhesion Improves the bond between pesticide and plant surfaces, reducing wash-off due to rain or irrigation.
Increased spreading Ensures even coverage of the pesticide, leading to more consistent effectiveness and prolonged pest control.
Improved persistence Reduces the rate at which pesticides degrade or evaporate, ensuring longer-lasting pest control.
Enhanced resistance to environmental factors Protects pesticides from environmental challenges, such as temperature fluctuations and rainfall, ensuring prolonged effectiveness.

Effect of Organosilicone Adjuvants on Pesticide Application Frequency

One of the key advantages of using organosilicone adjuvants is their ability to reduce the frequency of pesticide applications. By improving the durability and persistence of the pesticide, these adjuvants help ensure that a single application remains effective for a longer period. This not only reduces the number of applications needed but also contributes to a more sustainable approach to pest management. Fewer applications translate to reduced pesticide use, which can lower costs and minimize environmental impact. Additionally, the prolonged effectiveness of pesticides allows farmers to better plan their crop protection strategies, leading to more efficient resource management.

FAQ

Q: How do agricultural organosilicone adjuvants enhance pesticide effectiveness?

A: Agricultural organosilicone adjuvants improve the effectiveness of pesticides by enhancing their spreading, wetting, and adhesion properties. This allows for more uniform coverage on plant surfaces, ensuring that the pesticide remains in place longer and is better absorbed, leading to more effective pest control.

Q: What benefits do organosilicone adjuvants offer in challenging weather conditions?

A: Organosilicone adjuvants help improve pesticide performance in challenging weather conditions, such as rain or high humidity, by enhancing the adhesion of pesticides to plant surfaces. This reduces wash-off and ensures that the pesticide remains active longer, providing more consistent pest control even in adverse conditions.

Q: Can agricultural organosilicone adjuvants reduce the need for frequent pesticide applications?

A: Yes, by improving the persistence and durability of pesticides, agricultural organosilicone adjuvants help extend the period during which the pesticide remains effective. This reduces the need for frequent reapplications, leading to cost savings and more sustainable pesticide use.

Q: How do organosilicone adjuvants improve pesticide absorption into plant tissues?

A: Organosilicone adjuvants facilitate better penetration of pesticides into plant tissues by reducing surface tension and improving the spreading of pesticide droplets. This allows the active ingredients in pesticides to be absorbed more effectively, enhancing their impact on pests.

Q: Are there any environmental benefits associated with using agricultural organosilicone adjuvants?

A: Yes, agricultural organosilicone adjuvants contribute to environmental sustainability by reducing pesticide usage. By increasing the effectiveness and persistence of pesticides, these adjuvants minimize the need for multiple applications, helping to reduce chemical runoff and the overall environmental impact.

Q: Do organosilicone adjuvants work with all types of pesticides?

A: Organosilicone adjuvants are highly versatile and can improve the performance of a wide range of pesticides, including herbicides, fungicides, and insecticides. However, it is always advisable to check compatibility with specific formulations to ensure optimal performance.

Q: Can organosilicone adjuvants be used in both conventional and organic farming?

A: While organosilicone adjuvants are commonly used in conventional farming, their use in organic farming is subject to certification and regulatory guidelines. It is important to verify the product's compliance with organic standards before use in organic systems.

Q: What role do organosilicone adjuvants play in improving pesticide rainfastness?

A: Organosilicone adjuvants improve rainfastness by enhancing the adhesion of pesticides to plant surfaces. This prevents the pesticide from being washed off by rain shortly after application, ensuring that the pesticide remains effective for a longer period, even in wet conditions.

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