b.safe Fittings and Blind Fittings

Either if you extract or collect waste: In order to connect capillaries perfectly respectively close unused connectors, b.safe Fittings and b.safe Blind Fittings have to be used. They are made of PFA and have high chemical and thermal resistance. Their male threads exactly fit onto b.safe Caps and b.safe Waste Caps. Their head form with internal cone simplify gripping turning and (in case of the fittings) to lead in tubes into a bottle.

b.safe Fittings are available in different colours for all standard HPLC capillaries and their outer diameter. This makes the application clear and simple.

b.safe Blind Fittings are neutral in colour but have an important reason as unused connectors on your b.safe Cap can be closed tightly. Thus, expensive eluents cannot escape and foreign particles cannot reach the solvent. If you have a waste collection container, solvent vapours cannot escape.

Either if you extract or collect waste: In order to connect capillaries perfectly respectively close unused connectors, b.safe Fittings and b.safe Blind Fittings have to be used. They are made of... read more »
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b.safe Fittings and Blind Fittings

Either if you extract or collect waste: In order to connect capillaries perfectly respectively close unused connectors, b.safe Fittings and b.safe Blind Fittings have to be used. They are made of PFA and have high chemical and thermal resistance. Their male threads exactly fit onto b.safe Caps and b.safe Waste Caps. Their head form with internal cone simplify gripping turning and (in case of the fittings) to lead in tubes into a bottle.

b.safe Fittings are available in different colours for all standard HPLC capillaries and their outer diameter. This makes the application clear and simple.

b.safe Blind Fittings are neutral in colour but have an important reason as unused connectors on your b.safe Cap can be closed tightly. Thus, expensive eluents cannot escape and foreign particles cannot reach the solvent. If you have a waste collection container, solvent vapours cannot escape.

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