Micronutrient Chelation — Process Challenge

高pH・石灰質土壌向けEDDHA鉄キレート

石灰質・高pH土壌の生産者は、石灰誘導萎黄病を矯正するためo,o-EDDHA鉄を求めます。EDTAおよびDTPAキレートはpH7以上で解離し鉄を失うため、EDDHA配位子はpH9~11程度までFe(III)を安定に保持し、弱いキレートが機能しない条件下でも植物に利用可能な鉄を供給します
Updated Jun 2026
ソリューションアプローチ

RawSource supplies the base chemicals that go into these programs. We can help with product selection, grade matching, and sourcing from multiple origins for supply security.

Typical Application Workflow
1
Application & Agronomic Review
Define the use (crop input, adjuvant, soil amendment, post-harvest) and the agronomic, regulatory, and tank-mix requirements.
2
Input & Grade Selection
Match the surfactant or adjuvant, nutrient source, chelate, or formulation aid to the active, water quality, and label.
3
Compatibility & Rate Trial
Confirm tank-mix compatibility, dose, and stability, and size packaging (jugs, drums, totes, bulk) to the season and logistics.
4
Field Validation
Validate efficacy and crop safety in field trials, and lock the spec and supply plan for the season.

適切な化学品の選択にお困りですか?

当社のチームは、グレード選定、配合量のご案内、複数原産地調達についてお手伝いできます。

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