High-flow recycled PEEK powder, 140-mesh cut. Ideal for powder coating, SLS additive manufacturing, and compression molding where broad processability and excellent thermal performance are required.
Virgin-grade, fully cured PAI powder, 140-mesh cut. The highest-strength unfilled engineering thermoplastic with continuous service to 260°C — the engineering choice for demanding bearings, seals, and precision structural components.
High-flow recycled PEEK in your specified mesh size (20–170 mesh). Contact PolyClean for thermal spray, fluidized-bed coating, or any application requiring a non-standard particle size distribution.
Low-flow recycled PEEK in custom mesh sizes from 20 to 170 mesh. Ideal for large-geometry compression molding and low-energy thermal spray applications.
Low-flow recycled PEI powder, 140-mesh cut. Preferred for compression molding of complex electrical components where controlled flow during processing is critical.
Low-flow recycled PEI in custom mesh sizes (20–170 mesh). For specialized compression molding and low-energy thermal spray where the low-flow characteristic is advantageous.
High-flow recycled PEK powder, 140-mesh cut. Higher melting point and Tg than PEEK — the preferred upgrade for applications demanding continuous service above 250°C.
High-flow recycled PEK in custom mesh sizes (20–170 mesh). For thermal spray and custom tooling applications requiring the extreme thermal performance of PEK at non-standard particle sizes.
Natural-grade recycled PPS powder, 140-mesh cut. Offers the broadest chemical resistance of any unfilled engineering thermoplastic, inherent V-0 flame rating, and excellent dimensional stability.
Natural-grade recycled PPS in custom mesh sizes (20–170 mesh). Particularly well-suited for fluidized-bed powder coating of chemical processing and industrial equipment.
Virgin-grade, fully cured PAI powder, 140-mesh cut. The highest-strength unfilled engineering thermoplastic with continuous service to 260°C — the engineering choice for demanding bearings, seals, and precision structural components.
Uncured PAI powder, 140-mesh cut. Provides improved moldability for compression molding of complex near-net-shape geometries; full PAI properties achieved after post-cure cycle.
Natural-grade recycled PPSU powder, 140-mesh cut. Highest impact resistance in the polysulfone family with excellent autoclave resistance — the preferred polymer for repeatedly sterilizable non-implantable medical and laboratory equipment.
Natural-grade recycled PPSU in custom mesh sizes (20–170 mesh). For specialized coating and molding applications requiring PPSU’s unique combination of high impact and steam sterilizability.
Precision ambient-temperature toll milling of your PEEK, PEI, PEK, PPS, PAI, PPSU, or other high-performance polymer scrap. Specify your mesh size (20–170 mesh) — we mill it. Certificate of Processing available.
Enhanced toll milling with tight ±2% PSD tolerances, optional multi-fraction blending to D10/D50/D90 targets, and full quality documentation. Ideal for SLS qualification, semiconductor, and certified production applications.
Low-flow recycled PEEK in custom mesh sizes from 20 to 170 mesh. Ideal for large-geometry compression molding and low-energy thermal spray applications.
High-flow recycled PEEK in your specified mesh size (20–170 mesh). Contact PolyClean for thermal spray, fluidized-bed coating, or any application requiring a non-standard particle size distribution.
Virgin-grade, fully cured PAI powder, 140-mesh cut. The highest-strength unfilled engineering thermoplastic with continuous service to 260°C — the engineering choice for demanding bearings, seals, and precision structural components.
High-flow recycled PEEK powder, 140-mesh cut. Ideal for powder coating, SLS additive manufacturing, and compression molding where broad processability and excellent thermal performance are required.
Low-flow recycled PEI in custom mesh sizes (20–170 mesh). For specialized compression molding and low-energy thermal spray where the low-flow characteristic is advantageous.
Low-flow recycled PEI powder, 140-mesh cut. Preferred for compression molding of complex electrical components where controlled flow during processing is critical.
High-flow recycled PEK in custom mesh sizes (20–170 mesh). For thermal spray and custom tooling applications requiring the extreme thermal performance of PEK at non-standard particle sizes.
High-flow recycled PEK powder, 140-mesh cut. Higher melting point and Tg than PEEK — the preferred upgrade for applications demanding continuous service above 250°C.
Natural-grade recycled PPS in custom mesh sizes (20–170 mesh). Particularly well-suited for fluidized-bed powder coating of chemical processing and industrial equipment.
Natural-grade recycled PPS powder, 140-mesh cut. Offers the broadest chemical resistance of any unfilled engineering thermoplastic, inherent V-0 flame rating, and excellent dimensional stability.
Uncured PAI powder, 140-mesh cut. Provides improved moldability for compression molding of complex near-net-shape geometries; full PAI properties achieved after post-cure cycle.
Virgin-grade, fully cured PAI powder, 140-mesh cut. The highest-strength unfilled engineering thermoplastic with continuous service to 260°C — the engineering choice for demanding bearings, seals, and precision structural components.
Natural-grade recycled PPSU in custom mesh sizes (20–170 mesh). For specialized coating and molding applications requiring PPSU’s unique combination of high impact and steam sterilizability.
Natural-grade recycled PPSU powder, 140-mesh cut. Highest impact resistance in the polysulfone family with excellent autoclave resistance — the preferred polymer for repeatedly sterilizable non-implantable medical and laboratory equipment.
Enhanced toll milling with tight ±2% PSD tolerances, optional multi-fraction blending to D10/D50/D90 targets, and full quality documentation. Ideal for SLS qualification, semiconductor, and certified production applications.
Precision ambient-temperature toll milling of your PEEK, PEI, PEK, PPS, PAI, PPSU, or other high-performance polymer scrap. Specify your mesh size (20–170 mesh) — we mill it. Certificate of Processing available.