THIS IS TEST SITE

PLEASE VISIT EVOQUA.COM FOR OUR LIVE WEBSITE.

Evoqua United States - Canada - EN

Evoqua Ion Exchange RESIN TM-8 (H/OH) MB

Material: W3T184051 Unit of Measure #: FT3 See All Industrial Grade Mixed Bed

Evoqua TM-8 is a high capacity mixed bed resin consisting of a 1:1 chemical equivalent mix of hydrogen form strong acid gel cation resin and hydroxide form Type II strong base gel anion resin. This mixed bed resin will produce high-quality deionized water and will remove essentially all ions including silica and free carbon dioxide.

List Price
${{finalPrice | intlNumber('en-EN','USD')}}
  • 0 is the minimum order quantity for this product. Please check quantity and add to cart again.

Login to view pricing. If you do not have an account, contact customer service to order: add number.


  • Model Number: TM-8
  • Ionic Form as Shipped: H+/OH-
  • Shipping Weight: 45 lbs/ft3
  • Particle Size (+16 -50 Mesh)%: 5, 1
  • Maximum Operating Temperature: 40C (100F)
Discontinued product
evoqa

Evoqua TM-8 is a high capacity mixed bed resin consisting of a 1:1 chemical equivalent mix of hydrogen form strong acid gel cation resin and hydroxide form Type II strong base gel anion resin. This mixed bed resin will produce high-quality deionized water and will remove essentially all ions including silica and free carbon dioxide.

List Price
${{finalPrice | intlNumber('en-EN','USD')}}

Login to view pricing. If you do not have an account, contact customer service to order: add number.

  • Model Number: TM-8
  • Ionic Form as Shipped: H+/OH-
  • Shipping Weight: 45 lbs/ft3
  • Particle Size (+16 -50 Mesh)%: 5, 1
  • Maximum Operating Temperature: 40C (100F)
Discontinued product

Product Information

Legacy Part Number

3R0101009

Features

  • High quality water applications
  • Competitive price with lower operating and life cycle costs
  • Equal to or better performance for the dosage
  • Process performance guarantees available
  • Extensive technical and resin application support
  • Previously part number 3R0101009

Documentation