In-line Plastic Mixers
Ideal for one-use fluid dispensing, Nordson EFD’s disposable static mixers eliminate the need to worry about premature curing of materials.
Overview
Choose from mixing elements molded from acetal or polypropylene and housings molded from nylon plastic or stainless steel.
Available Options
Series 85 In-Line Spiral Pipe Mixers
Designed for high-pressure applications, our Series 85 pipe mixers feature sturdy metal housings and Series 120 disposable plastic mixing elements.
With housings made from heavy-walled stainless steel pipe, it resists dents and distortions. The mixer elements can be pushed out and replaced, making routine maintenance easier.
Accessories include pipe adapter and connector mounting.
Features & Benefits
- Removable Mixing Elements
- Low Resin Volume in Mixer
- Strong Heavy Walled Pipe: Resists dents and distortion
- Extra Strength: If the pressure drop across the mixer exceeds 250 psi, the mixer elements can deform and crush.
- For extra strength, support washers are available.
Series 140 Disposable Plastic Tube Mixers
Ideal for messy or short pot life adhesives, EFD Series 140 mixers’ low-cost, all-plastic assembly allows disposal of the mixer instead of solvent purging or baking.
The mixer’s translucent housing allows its interior to be inspected to determine its condition. Its acetal interior gives it the toughness and chemical resistance to be inert to common solvents. Maximum service temperature is 250° F (121° C).
For adhesive and sealant mixing applications, optional polypropylene mixing elements are available.
Two-Component (2K) Products
Nordson EFD leads the way with industrial mixing systems that are uniquely designed to accurately mix and dispense two-part adhesives and sealants while eliminating entrapped air. Our 2K industrial mixing systems, products, and mixer accessories are manufactured in the USA in facilities that are ISO 9001:2000 certified.
Find the Perfect 2K Mixer
Nordson EFD’s high-quality mixers ensure optimal performance of two-component materials by dividing and recombining the materials evenly into a homogeneous stream.
