HPTLC plates deliver fast and quantitative analysis of complex samples for manual or automated use.

HPTLC silica plates work three times faster than conventional TLC plates - and they're more sensitive

MilliporeSigma # 1.05547.0001 replaces and is identical to MilliporeSigma # 5547-7.
MilliporeSigma # 1.05616.0001 replaces and is identical to MilliporeSigma # 105616-2.
MilliporeSigma # 1.05628.0001 replaces and is identical to MilliporeSigma # 5628-5.
MilliporeSigma # 1.05629.0001 replaces and is identical to MilliporeSigma # 5629-5.
MilliporeSigma # 1.05631.0001 replaces and is identical to MilliporeSigma # 5631-5.
MilliporeSigma # 1.05633.0001 replaces and is identical to MilliporeSigma # 5633-5.
MilliporeSigma # 1.05641.0001 replaces and is identical to MilliporeSigma # 5641-6.
MilliporeSigma # 1.05642.0001 replaces and is identical to MilliporeSigma # 5642-6.
MilliporeSigma # 1.05644.0001 replaces and is identical to MilliporeSigma # 5644-5.
MilliporeSigma # 1.13749.0001 replaces and is identical to MilliporeSigma # 13749-6.
MilliporeSigma # 1.15552.0001 replaces and is identical to MilliporeSigma # 15552-6.
MilliporeSigma # 1.15696.0001 replaces and is identical to MilliporeSigma # 15696-6.

The particle sizes range in HPTLC is between 4-8 µm, which creates a smoother surface and a higher separation power than TLC plates.