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Integrated system range by Dry Tech Aerogels
This catalogue is structured to help buyers understand where each product sits in the broader Dry Tech deployment logic. Every layer is positioned by operational role, application fit, and the type of pressure it is designed to help address.
We help identify the right system layer based on root-zone stress, canopy pressure, water instability, or industrial load profile.
Book a Technical DiscussionUse the quote block below when you are ready to discuss pricing, quantities, deployment timing, or site-specific supply requirements.
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Request Distributor InformationA foundational soil-function correction system built to restore working conditions where root zones have become restrictive.
Free Soil is positioned for operations where compaction, salinity pressure, tired ground, poor biological tone, or weak water movement are quietly reducing the value of every other input. It is designed to help reset the root-zone environment so water penetration, nutrient-use efficiency, and microbial-mineral balance can work more effectively and more profitably.
A precision seed-interface technology designed to improve the quality of crop establishment before variability takes hold.
Seed Coating is built for operators who understand that stand quality is a field event, not just a planting step. It supports tighter seed-to-soil contact, faster early engagement with the biological environment, and more uniform emergence where consistency at planting shapes how well the field can carry momentum later in the cycle.
An early-cycle biological activation layer designed to give crops stronger momentum where the first growth phase cannot afford hesitation.
SM10 Stage 1 is positioned for the moments when root-zone function, nutrient mobilization, and early crop energy must move decisively. It is especially relevant where crops need stronger momentum after planting stress, cold checks, uneven starts, or weak early biological activity, helping the program recover speed before underperformance becomes structural.
A crop continuity system built to keep performance moving after establishment and reduce the cost of momentum loss.
SM10 Stage 2 is used when the crop needs to stay resilient through active growth, pressure windows, or post-stress reinforcement. It helps support a more stable, resilient production path so the operation is less exposed to the hidden yield and quality losses that emerge when continuity weakens after a promising start.
A quality and finish support technology built for crops where presentation, uniformity, and final expression drive real value.
XMD is intended for the later part of the cycle when buyers are no longer asking only whether the crop will finish, but how well it will finish. It supports final expression, color development, presentation, and more polished uniformity where market-facing quality determines the difference between acceptable output and premium output.
A canopy-conditioning support layer that helps restore a cleaner, more workable foliar surface after pressure events.
Leaf Wash is designed for operations dealing with wet spells, dust pressure, residues, or stressful canopy windows where the crop surface stops behaving like a clean working environment. It helps reset and condition the leaf surface so later foliar strategies and general crop performance are not compromised by avoidable surface load or lingering environmental disruption.
A water-behavior enhancement system designed to make moisture movement more effective where water performance is becoming increasingly costly.
Nano Rain is positioned where irrigation efficiency, dry spells, heat stress, or poor water distribution are limiting what the crop can convert into performance. It supports better penetration, more useful movement through the soil profile, and improved moisture behavior in the root zone, helping operations get more value from each unit of available water.
A water-balance correction layer designed to move unstable water into a more effective treatment range.
pH Adjuster is positioned for treatment environments where instability at the chemistry level undermines everything downstream. By helping move water toward a more workable range, it strengthens the conditions required for better treatment performance, steadier sanitation behavior, and more predictable response from the rest of the remediation stack.
A high-efficiency oxygenation layer designed to improve water vitality and treatment responsiveness.
Nano Bubble Concentrate is built for operations where oxygen transfer, water activity, and treatment energy have a direct effect on remediation performance. It is positioned to help activate the water environment more effectively so downstream treatment logic can operate in a more responsive, technically useful system.
A clarification support system built to improve particle gathering and accelerate cleaner water outcomes.
Flocculant is positioned for dirty or unstable water where suspended particles remain costly to manage and hard to consolidate. It helps pull solids together more effectively so treatment processes can work faster, cleaner, and with greater confidence in the downstream polishing stages.
A sanitisation backbone positioned for treatment environments where hygiene control and microbial pressure matter continuously.
WAC-6 is developed as a central conditioning and sanitisation layer for controlled treatment workflows. It is used where microbial pressure, sanitisation discipline, and consistency in hygiene support are non-negotiable, helping operators maintain a more controlled and dependable water environment.
An advanced filtration-support medium built for final conditioning and more refined polishing results.
Cationic Filter Medium is positioned near the end of the treatment stack where finishing quality matters. It is used to strengthen targeted filtration support and improve the final conditioning outcome so the overall remediation program ends with a more acceptable and technically credible water result.
A heavy-duty breakdown support system formulated for persistent oil-rich contamination and residue environments.
Oil Gorger is positioned for industrial and mechanical settings where oil contamination, hydrocarbon-heavy residue, or stubborn oily buildup keeps disrupting process cleanliness and operational efficiency. It is built to attack heavy contamination loads with the seriousness required in environments that cannot function around ongoing residue drag.
A scale-attack system designed to loosen mineral buildup and recover lost performance in affected equipment and flow systems.
Lime Scale Remover is built for operations where mineral buildup quietly erodes process efficiency, raises maintenance drag, and reduces system output. It is positioned to help break loose scale accumulation and restore more useful operating conditions where blocked efficiency has a real cost to production or service continuity.
A strong organic-load breakdown support system intended for waste-heavy sewer environments under sustained pressure.
Sewer Gorger is positioned for environments where sewer lines, high-waste systems, or organic accumulation create costly slowdown, odor, and persistent maintenance demand. It is designed to attack organic load aggressively enough to support cleaner function in systems that must keep moving despite heavy waste pressure.
An organic-load and odor-management layer designed for intensive litter environments that need stronger environmental control.
Animal Litter Gorger is built for livestock and intensive animal housing systems where litter load, odor pressure, and accumulated organic material make environmental management increasingly difficult. It is positioned to support cleaner breakdown, better litter handling discipline, and a more controlled operating environment in facilities where hygiene and comfort matter every day.
A serious support-system product positioned for high-concern outbreak-response environments where communication must remain controlled and professionally managed.
Virofort is presented as a high-intelligence support layer for structured discussion in controlled response environments. It is described carefully because this category requires disciplined positioning, operational context, and alignment with applicable protocols. Dry Tech does not frame the product as casual marketing material. It is positioned for clients who need a serious conversation around support-system relevance, response structure, and supply considerations in sensitive environments.
Talk to our team when you need a clearer Dry Tech pathway tied to your crop, water system, contamination profile, or regional supply opportunity.
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