THIS IS TEST SITE

PLEASE VISIT EVOQUA.COM FOR OUR LIVE WEBSITE.

Evoqua United States - Canada - EN

DuPont Marathon Resin MR-3 (H/OH) MB

Material: W2T135404 Unit of Measure #: FT3 See All Industrial Grade Mixed Bed

Dowex Marathon MR-3 is a premium, premixed, mixed bed product designed For polishing demineralized water to conductivities <0. 1 uS/cm. Marathon MR-3 is a 1:1 equivalent mixture of Marathon C-10 (H) and Marathon A (OH). It is ready-to-use with minimal rinsing prior to service.

  • 0 is the minimum order quantity for this product. Please check quantity and add to cart again.

  • Model Number: Marathon MR-3
  • Physical Form: Whole Un-Cracked Beads
  • Ionic Form as Shipped: H+/OH- Form
  • Shipping Weight (g/L): 672 (42 lbs/ft3)
  • Total Exchange Capacity (eq/L): 1.9 (H+ Form); 1.0 (OH-Form) *
  • Uniformity Coefficient: = 1.1 Max*
  • Harmonic Mean Size: 760 50 mm (H+ Form); 610 50 (OH-Form)*
  • Maximum Operating Temperature: 60C (140F)

*These properties are typical but do not constitute specifications.

Discontinued product
evoqa

Dowex Marathon MR-3 is a premium, premixed, mixed bed product designed For polishing demineralized water to conductivities <0. 1 uS/cm. Marathon MR-3 is a 1:1 equivalent mixture of Marathon C-10 (H) and Marathon A (OH). It is ready-to-use with minimal rinsing prior to service.

  • Model Number: Marathon MR-3
  • Physical Form: Whole Un-Cracked Beads
  • Ionic Form as Shipped: H+/OH- Form
  • Shipping Weight (g/L): 672 (42 lbs/ft3)
  • Total Exchange Capacity (eq/L): 1.9 (H+ Form); 1.0 (OH-Form) *
  • Uniformity Coefficient: = 1.1 Max*
  • Harmonic Mean Size: 760 50 mm (H+ Form); 610 50 (OH-Form)*
  • Maximum Operating Temperature: 60C (140F)

*These properties are typical but do not constitute specifications.

Discontinued product

Product Information

Legacy Part Number

109005036

Features

  • Ready-to-use mixed beds
  • Used in polishing demineralized water
  • Excellent water quality
  • Ready-to-use
  • Excellent separability for regenerable systems
  • Very physically stable

Documentation