Q1: What parts are PF pads best for?
A: Smooth, flat, rigid parts—glass, sheet metal, and hard plastics with low deformation risk.
Q2: What sizes are available?
A: A full lineup from ø1.5–200 mm, including small bar/rectangle sizes (2×4, 2.2×4.2, 3.5×7, 15×45, etc.).
Q3: How do PF pads differ from thin-lip pads?
A: PF is a general flat pad for rigid parts; thin-lip types suit light, easily deformable materials (films, thin sheets).
Q4: How should I choose among N/S/U/F/NE/SE materials?
A: N: general/oil resistant; S: softer, minimizes marking, good at low temp; U: wear resistant, quick rebound; F: heat/chemical resistant; NE/SE: conductive for ESD control.
Q5: Are they suitable for high-speed automation?
A: Yes. Stable sealing supports short cycle times—verify vacuum build/holding on your tool for ultra-fast stations.
Q6: How do they perform on rough or porous surfaces?
A: PF targets smooth surfaces. For rough/porous parts, consider bellows/foam types, or upsize and increase flow.
Q7: Any tips for micro sizes (ø1.5–5 mm)?
A: Ensure clean, flat contact; manage acceleration; check line losses (tubing/orifice) to maintain adequate vacuum.
Q8: When should I use conductive grades (NE/SE)?
A: In ESD-sensitive processes; pair with proper grounding and monitoring.
Q9: What are the care and replacement guidelines?
A: Clean lips regularly; avoid prolonged strong-solvent exposure. Replace if hardened, cracked, or if sealing degrades.
Q10: Can PF pads replace my existing flat pads one-for-one?
A: Usually yes—confirm thread/interface, space envelope, and material compatibility; pilot before mass deployment.