Premier dispensing syringe barrels are silicone and chloride-free and designed to work with dispensing equipment - either manually or on a pneumatic dispenser.
The syringe barrels are made from low friction polypropylene to ensure accuracy, repeatability and productivity. Features a double helix luer lock for secure dispense tip attachment. Supplied in sealed packs.
Amber tint barrel for UV cure adhesives. Maximum operating pressure is 100 psi (6.9bar). White polyethylene wiper pistons supplied in the same box. Each box contains 50 of each part.
Materials Polypropylene (Barrel) Polyethylene (Piston)
Capacity 55cc (55ml)
Length 6.93" - 176.00mm
Outer Diameter 0.99" - 25.27mm
Inner Diameter 0.89" - 22.63mm
Colour: Amber (Barrel) White (Piston)
Brand: TSI
Commodity Code: 39269097
Pack Size: 50 Barrels, 50 Pistons
Lead Time: In Stock
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.
- Materials Polypropylene (Barrel) Polyethylene (Piston)
- Capacity 55cc (55ml)
- Length Length 6.93" - 176.00mm
- Outer Diameter 0.99" - 25.27mm
- Inner Diameter 0.89" - 22.63mm
- Colour Amber (barrel) White (Piston)
- Brand: ADL
Syringe barrels are designed for use with pneumatic dispensing equipment or syringe guns. They are thick walled with wide flanges and so designed for high pressures. The internal bore is zero draft meaning there is no taper. This ensures the wiper piston inside moves down without restriction to improve dispense performance.
Use these barrels with pastes, adhesives, solvents, epoxies, RTVs, silicones, PVAs, inks and gels. This range have luer lock ends for twist on tip attachment.
These products are safe for use up to 100 psi pressure. Barrels are not for medical use but are precision manufactured for industrial applications.
Components are certified silicone-free components and will not contaminate any fluids that are dispensed from them.
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