You searched for: Microplate Seals

Suitable for sealing microplates in incubation and storage applications, silicone sealing mats provide sample protection while minimizing evaporation in a wide range of temperatures.

Features an extra strong adhesive to minimize evaporation, yet removes easily without leaving a residue on the plate.

Adhesive sealing film or foil rolls constructed on plastic cores, for use with high throughput automated microplate sealers.

Aluminum foils for use with 96-well or 384-well plates. Foils offer excellent chemical resistance (DMSO).

Easier to apply and remove as compared to standard molded PCR strip caps.

These medium-density polyethylene films, 76µm thick with a 46µm thick adhesive layer, are designed for general-purpose microplate sealing and PCR.

These general purpose seals are ideal for use with polypropylene plates. They minimize evaporation and adhesive plate residue.

Re-usable cap mats are available for friction sealing of plates.

These soft, non permeable 63.5 µm thick aluminium foils, with strong medical grade adhesive, eliminate the need for heat sealing devices or mats during thermal cycling.

Polyester seals feature a strong adhesive to minimize evaporation during PCR and storage applications.

These films are 240 µm thick white vinyl with adhesive, for use with white microplates.

These 77.5 µm thick polyester films provide secure sealing around every well, not just a cover, thus minimising evaporation, preventing spillage and well-to-well contamination, and eliminating 'edge effects' in sensitive ELISA assays.

Transparent polyester films with strong, non absorbing, non fluorescing, medical grade adhesive for superior performance in qPCR applications. Supplied non sterile.

Aluminium foils with biologically inert adhesive. These foils are easily pierced by manual or automated pipette tips, for sample recovery without generation of aerosols or cross-contamination.

VWR® Heat Resistant Films are improved films for classic thermal cycling applications.

With a polyethylene top layer and inert white polypropylene and acrylic adhesive sublayer, this easy-piercing sealing film allows direct sample recovery with single or multichannel pipettors and robotic probes.

Easier to apply and remove as compared to standard molded PCR strip caps.

Polyester 2×8 strip films are identical to polyester films in material and adhesive, but designed for sealing only one or two 8-well rows at a time on either strip-well plates or standard plates whenever rows must be selectively protected or accessed.

The SealMate SealPlate Starter Kit features a re-usable dispenser and two sterile rolls of perforated film.

1x8 adhesive sealing strips are ideal for use with 1x8 strip-well ELISA plates.

Polyester film, acrylic adhesive. These 49.5 µm thick polyester films minimise evaporation and prevent spillage and contamination between wells.

These films are 240 µm thick black vinyl with adhesive for use with 96-well, 384-well, and 1536-well black microplates. They fit within the edges of raised-rim plates and may be applied to either the plate top or bottom.

These 106.7 µm thick vinyl films with 20 µm adhesive layer are designed for temporary protection of samples in 96-well plates from contamination and evaporation.

Precut aluminum foil seals on a roll for PCR applications. Supplied on a roll with holder for ease of use.

This 96-well septa sealing mat is a cost-effective alternative and is compatible with the ABI 3100.

Provide a safe, secure seal to minimize sample loss with VWR® Deep Well Storage Plates.

Sealing mats made of EVA (Ethylene Vinyl Acetate), suitable for square well plates.

Silicone. Seals 96-well round well plates to prevent evaporation during oil-free thermal cycling. Free of RNase, DNase, human DNA. Fits inside lid of thermal cycler. Use from -40[degree]C to 80[degree]C. Does not require application of sealing film. Color: natural.

VWR® 96-well covers are designed for chromatography and high throughput screening (HTS) applications.

These easily-pierceable 94.1 µm polyethylene films with acrylic adhesive allow direct sample recovery with single or multichannel pipettors and robotic probes.