ILP PCR Tubes Strips and Caps

Precision-molded PCR tubes and strips for accurate, efficient, and contamination-free amplification.

ILP’s line of PCR tubes, 8-tube strips, and attached cap configurations are engineered for high performance in both traditional PCR and quantitative PCR (qPCR) applications. Whether you’re working with low or medium throughput, our PCR consumables deliver consistent thermal transfer, minimal evaporation, and high sample integrity across every experiment. Supplied in resealable bags for convenience and contamination control.

Key Features

• Design
• Thin, consistent wall thickness for uniform heat transfer
• Compatible with heated lids and older thermal cyclers
• Flat caps include frosted surfaces for labeling
• Optically clear flat caps provide superior light transmission for qPCR

• Evaporation Control
• Precision-molded as one piece for tight sealing
• Cap flanges create a secure fit and minimize sample loss
• Designed to reduce evaporation to under 3% in quality tests
• Domed caps assist condensation to re-enter the reaction mix and improve heat contact

• qPCR-Optimized Options
• Optically clear flat caps ensure reliable fluorescence and luminescence detection
• Excellent light transmittance for consistent qPCR performance

• Construction & Material
• Molded from ultra-clear, virgin, medical-grade polypropylene
• Durable yet flexible strip bands resist breakage but are easily cut into individual tubes or smaller sections
• Cap strips include end tabs and orientation labels for easy handling

• Contamination-Free Assurance
• Non-sterile
• Certified free of detectable RNase, DNase, DNA, and pyrogens

• Recommended Applications
• Conventional PCR
• Real-Time qPCR
• Fluorescence & luminescence assays
• Low to medium throughput molecular biology workflows

Whether you need individual tubes for flexibility or tube strips for efficiency, ILP PCR products are designed for maximum yield, precision, and ease of use in every amplification cycle.

Specifications
 

Overall Vol.	300 uL
Working Vol.	< 200 uL