Bioprocessing (English only)
DurA Cycle A50
Driving innovation and performance while
reducing cost of goods.
DurA Cycle A50
Driving innovation and performance while
reducing cost of goods.
私たちは樹脂技術のグローバルリーダーとして、世界で最も規制の厳しい産業で、非常に特殊な元素や化合物を分離、除去、回収するために使用される小型ビーズを開発・製造しています。
もっと読むWith 40 years of manufacturing expertise and 30 years of regulatory experience, we supply leading separation, purification and extraction technologies to support chromatography applications within the Pharma and Medical space.
Learn moreWe are a world leader in resin-based separation, purification and extraction technology, that provides sustainable solutions for our environment, businesses and healthcare.
Learn MoreFor purification and selective extraction of target molecules in aqueous solutions
私たちの常に準備ができている技術サポートとサービスチームは、あなたの最も信頼できるリソースになるために追加のステップを踏み出します。私たちはあなたのためにここにいます。
Purolite polymeric adsorbent resins are synthetic spherical beads with defined pore structure, polymer chemistry and high surface area used for purification and selective extraction of target molecules in aqueous solutions. Unlike other adsorption technologies, Purolite adsorbents are safe and efficient because toxic solvents and expensive distillation and precipitation processes are not required for effective compound extraction.
For maximum adsorption, the polymeric adsorbent resins should have high internal surface area, high porosity and controlled pore size distribution. Adsorbent resins with small pores have higher surface area, but pores have to be big enough to allow molecules to enter the bead in order to be adsorbed. Factors that determine adsorption efficiency include chemical interactions, solubility, size, weight, and capacity.
There are various types of polymer matrices for adsorbent resins including aromatic polystyrenic or polydivinylbenzene, aromatic halogenated polystyrene/divinylbenzene, and aliphatic methacrylate. Each polymer matrix features unique physical properties that are important in adsorbent resin selection.
Purolite has two families of adsorbents, Macronet™ and PuroSorb™. These product lines are offered in a broad range of matrices, porosities, capacities and pore sizes that make them ideal for a variety of industrial applications.
The typical particle size range for PuroSorb and Macronet adsorbent resins is 300 –1,200 µm with a uniformity coefficient of less than 1.6, which is ideal for most industrial-scale operations. Smaller particle size adsorbents are used for fine separation and purification applications Chromalite® reversed-phase chromatographic resins.
Typical applications for adsorbent resins:
Citrus juice debittering
Corn sweetener refining
Enzyme Immobilization
Adsorption of gases and organic vapors
Separation of inorganic salts
Removal of organic pollutants
Patulin removal
Pharmaceutical applications
Polyphenol removal
Caffeine Removal
Vanilla Flavor Extraction
● カテゴリー - 合成吸着剤Purosorb PADs
アントシアニン回収
コラーゲンの味覚制御および臭気除去
ジュースの苦みを取る
パツリン除去用合成吸着剤
ポリフェノール除去用合成吸着剤
疎水性有機物の分離
疎水性有機物吸着
糖液の味覚制御および臭気除去
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