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Home > All Products > Tubes & Racks > Centrifuge Tube > MUHWA Thin Wall 0.5mL PCR Tube with Flat Cap, RNase-/DNase-free, Non-pyrogenic, Pack of 1000

MUHWA 0.5mL Thin Wall PCR Tube with Flat Cap — RNase/DNase-Free, Non-Pyrogenic PCR Reaction Tubes & Microcentrifuge Tubes, Polypropylene, Pack of 1000

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  • Premium 0.5mL Polypropylene PCR Tubes — Manufactured from high-clarity virgin polypropylene (PP) for consistent thermal performance and sample visibility.
  • RNase/DNase-Free & Non-Pyrogenic — Certified free of nucleases and endotoxins; ideal for sensitive PCR, qPCR, RT-PCR, and molecular biology workflows.
  • Ultra-Thin Wall Design — Engineered with uniform thin walls for rapid, even heat transfer; ensures precise denaturation
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  • MUHWA 0.5mL Thin Wall PCR Tube with Flat Cap — RNase/DNase-Free Polypropylene PCR Reaction Tubes, 1000pcs
  • MUHWA 0.5mL Thin Wall PCR Tube with Flat Cap — RNase/DNase-Free Polypropylene PCR Reaction Tubes, 1000pcs
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  • MUHWA 0.5mL Thin Wall PCR Tube with Flat Cap — RNase/DNase-Free Polypropylene PCR Reaction Tubes, 1000pcs
  • Description

MUHWA 0.5mL Thin Wall PCR Tubes — Precision for Every Reaction

The MUHWA 0.5 mL thin-wall PCR tube is a high-quality polypropylene consumable specifically designed for polymerase chain reaction (PCR) applications. Featuring an integrated flat cap and ultra-thin wall construction, these tubes ensure optimal thermal transfer and sample integrity across a wide range of thermal cyclers. Each tube is manufactured under strict quality control to be RNase-free, DNase-free, and non-pyrogenic — meeting the demands of sensitive molecular biology protocols.

Key Features

  • Ultra-Thin Wall Construction: Uniform wall thickness ensures rapid and even heat conduction for consistent amplification results across all wells.
  • Integrated Flat Cap: Secure, leak-proof seal prevents evaporation and cross-contamination during thermal cycling; ergonomic design for easy one-handed operation with gloved hands.
  • High Transparency: Crystal-clear virgin polypropylene allows easy visual monitoring of reaction volumes, sample color, and pellet formation.
  • Certified Clean: RNase-free, DNase-free, and non-pyrogenic — tested and certified for sensitive enzymatic reactions and clinical research applications.
  • Non-Graduated Interior: Smooth, non-graduated inner surface minimizes sample adhesion and maximizes recovery of precious reagents.
  • High-g Centrifugation: Withstands forces up to 10,000 g for pre- and post-PCR spin-down and purification steps.

Technical Specifications

MaterialVirgin Polypropylene (PP)
Capacity0.5 mL
Cap TypeIntegrated Flat Cap
Wall TypeThin Wall
SterilityNon-Sterile (RNase/DNase-free, Non-pyrogenic)
Max RCF10,000 × g
GraduationNon-Graduated
ColorClear / Transparent
Package Quantity1,000 Tubes per Pack
AutoclavableYes (121°C, 20 min)

Applications

  • Standard PCR and endpoint PCR
  • Quantitative real-time PCR (qPCR)
  • Reverse transcription PCR (RT-PCR)
  • DNA amplification and genotyping
  • Molecular cloning and sequencing preparation
  • Clinical diagnostics and research laboratory workflows

FAQ

Q: Are these tubes compatible with all thermal cyclers?
Yes. These 0.5 mL PCR tubes fit standard 0.5 mL thermal cycler blocks (96-well format for 0.5 mL). For 0.2 mL cycler blocks, see our 0.2 mL PCR tube offering.

Q: Are the tubes sterile?
These tubes are supplied non-sterile but are certified RNase-free, DNase-free, and non-pyrogenic. Autoclave at 121°C for 20 minutes if sterility is required for your protocol.

Q: Can these be used for sample storage?
Yes. The secure flat cap and polypropylene construction make them suitable for short-term sample storage from -20°C to room temperature. For long-term cryogenic storage, we recommend dedicated cryovials.

Q: Thin wall vs. standard wall — why does it matter?
Thin-wall tubes offer faster, more uniform thermal transfer — critical for consistent denaturation and annealing across all samples. Standard-wall tubes equilibrate more slowly and may create temperature gradients that compromise reaction uniformity.

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