Fisnar QuantX Evenpress 8001009 Smooth-Flow, low-friction wiper pistons are recommended for most dispensing applications. The double-wipe design prevents air entrapment and material waste by wiping the syringe barrel wall clean. 30cc and 55cc size. These parts are silicone and chloride-free. The pistons made from polyethylene. Supplied in sealed packs.
The rounded end design provides an easier flow path to reduce material back pressure. It adds a benefit for less air entrapment when filling. These products are superior performance and premium grade. This universal polyethylene wiper piston seals the material from air, provides a consistent wipe, protects against liquid drawback and reduces fumes. Using a piston is suitable for thick pastes, gels or watery liquids to improve the flow. Maximum operating pressure for all components is 100 psi (6.9bar). Supplied in a pack of 20 parts.
Pistons ensure that the pressure is evenly spread across the fluid surface to provide consistent dispensing. Wiper seal pistons with dual blades prevent dripping and eliminate material waste by wiping the syringe barrel wall clean as fluid is dispensed. Maximum operating pressure is 100psi (6.9 bar). White wiper pistons are a perfect fit for use with all viscosity fluids or with mechanical devices such as our manual push rods to help slow down leakage past the double wiping edges.
Material: Polyethylene (MDPE)
Colour: Green Opaque
For Barrel Size: 30cc and 55cc only
Details: Silicone Free, Industrial Grade
SKU: 0401-08-000009
Maximum Pressure: 100 PSI
Commodity HS Code: 39269097
Brand: Fisnar
Details: Silicone-Free, Industrial Grade
Adhesive Dispensing Ltd provide a wide range of equipment options for dispensing almost all assembly fluids - from watery liquids, solvents, primers and activators through to thick pastes, sealants, silicones, gels and epoxies.
   
- Material: Polyethylene
- Colour: Green For Barrel Size: 30cc and 55cc
Pistons are made of plastic and have dual blades to wipe the adhesive, paste or liquid from inside the syringe barrel as they move down. The blades also act to stop liquids from going past them as they dispense. Once a syringe has liquid inside, insert the piston and push down on one side. This will allow air to escape and ensures the piston sits directly on the fluid without an air gap. When bottom filling using a barrel filler, the piston is pushed down and moves up as the liquid is fed into the syringe barrel.
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