Membranes for Dairy, Food, Beverage, and Pharmaceutical Applications

Toray Membranes for Dairy

Membranes for Dairy, Food, Beverage, and Pharmaceutical Applications

We offer customized molecular weight cut offs for UF and MF. Marketing
and sales of these products are through Toray Membrane USA (TMUS) and
through Toray Membranes Europe (TMEu), who manages a warehousing
facility to enable supply of products from local (European) stock. If
you do not see a product below that fits your application please contact
Toray and a membrane product specialist will assist you.

Heat Sanitizable
HS series of Heat Sanitizable reverse osmosis membrane elements are
made with FDA compliant materials and conform to FDA regulation CFR
Title 21.

TMRO 8040HS Spec Sheet

Beverage / Pharmaceuticals
TMRO products for beverage / pharmaceutical application. Net-wrapped
Spiral wound element with cross-linked fully aromatic polyamide
composite membrane.

Toray Net-Wrapped RO Elements Spec Sheet

Dairy Reverse Osmosis
sanitary TRO and TMRO polisher products are our high rejection fully
cross-linked aromatic polyamide composite membrane in a sanitary net
wrap design. This membrane is selected for this application specifically
for maximum retention of valuable milk solids and COD/BOD contributing
compounds. Toray’s sanitary TRO and TMRO products are USDA accepted and
3A / FDA compliant.

Sanitary TRO & TMRO Spec SheetHigh Rejection Net Wrapped TRO & TMRO Spec Sheet

Dairy Nanofiltration
sanitary TNF & TMNF membrane elements are designed for the
desalting of milk and whey products (removal of monovalent ions) and to
maximize the retention of lactose and larger organic molecules. Toray’s
sanitary TNF & TMNF products are USDA accepted and 3A/FDA Compliant.

Sanitary NF Elements Spec Sheet

Dairy Ultrafiltration
offers both 5000 and 10,000 molecular weight options in order to best
meet the needs of your proprietary process for dairy applications or
other beverage or RO pretreatment needs. Within each molecular weight
model there are multiple choices of performance depending on the
application and operating conditions.

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