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Knowledge graph

卡波姆

实体Machine-extracted卡波姆增稠剂,遇高电解质会增稠效率下降

La búsqueda solo cubre chino e inglés: utilice un término en inglés o el nombre INCI.

Two sources, labelled separately on every card. Entries marked "From classical texts" come from public-domain Chinese medical classics; herbs are listed without dosages and compositions follow the common editions. Entries marked "Machine-extracted" are derived by a model from BIOSPHERE own-corpus material (formulation library, ingredient dossiers, compliance index, product catalogue). Neither is an efficacy claim or regulatory text — regulatory and safety conclusions follow the official texts and third-party test reports.

From classical textsSite dossierMachine-extractedA hyperedgeTap a circle to open that entity. Drag to pan, wheel or +/- to zoom. A square is one hyperedge joined to all of its participants.

Relations it takes part in

  1. 配伍禁忌Machine-extracted3 participants

    山金车花提取物卡波姆体系相冲

    醇提规格与卡波姆体系相冲,高醇量下卡波稀化

  2. 配伍禁忌Machine-extracted3 participants

    乙醇-卡波姆体系影响

    总醇量超过约15%时卡波姆体系会明显稀化,透明凝胶需改用耐醇聚合物

  3. 配伍禁忌Machine-extracted3 participants

    配伍禁忌-卡波姆叠加过稠

    银耳多糖与卡波姆或丙烯酸酯类增稠剂叠加时黏度非线性相加,易出现过稠、拉丝、涂抹起白条

  4. 配伍禁忌Machine-extracted2 participants

    甜菜碱与卡波姆降粘

    甜菜碱用量超过约3-5%会对卡波姆类增稠体系产生明显降粘作用

  5. 配伍禁忌Machine-extracted2 participants

    白桦树汁与卡波姆降粘

    白桦树汁含电解质会压缩卡波姆等阴离子增稠体系的黏度

  6. 配伍禁忌Machine-extracted2 participants

    类胡萝卜素与卡波姆降黏

    提取物带电解质,与卡波姆体系叠加会降黏,需要复配增稠

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