96-Well PCR Sealing Mat

Name: 96-Well PCR Sealing Mat
Brand: BIMEDSTAR SCIENTIFIC PVT LTD.

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MOQ : 1000 Pieces

96-Well PCR Sealing Mat Specification

Control Type
Manual

Features
Reusable, autoclavable, pierceable, chemical-resistant, prevents cross-contamination

Temperature Resistance
-80C to 121C (Autoclavable)

Shape
Mat for 96-well plates

Usage
Industrial

Type
PCR Sealing Mat

Dimension (L*W*H)
Standard for 96-well plates (approx. 127.76 x 85.48 mm)

Product Type
96-Well PCR Sealing Mat

Equipment Type
Sealing Mat for PCR Plates

Equipment Materials
Silicone

Color
White

Material
Virgin Polypropylene

Application
Industrial

Storage Condition
Store at room temperature away from direct sunlight

Compatibility
Compatible with most 96-well PCR plates

Reusable
Yes

Thickness
Approx. 2-3 mm (may vary)

Pierceable
Yes, suitable for automation and sampling by pipette tips

Well Compatibility
Fits standard 96-well PCR plates

Sealing Performance
Leak-proof fit, suitable for thermal cycling

Chemical Resistance
High resistance to chemicals and solvents

Color
Translucent / Semi-Clear

Sterility
Non-sterile / Sterilizable by autoclaving

96-Well PCR Sealing Mat Trade Information

Minimum Order Quantity
1000 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
100000 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About 96-Well PCR Sealing Mat

This 96-Well PCR Sealing Mat is a noteworthy solution for laboratories seeking an affordable and brilliant sealing option. Highlighted by its leak-proof fit and chemical resistance, this sealing mat ensures superior sample protection during thermal cycling. Made from virgin polypropylene and silicone, it fits most standard 96-well PCR plates. Its pierceable design supports automation and hassle-free sampling by pipette tips, while being autoclavable and reusable for cost-efficiency. With limited stock, this supplier in India offers a terrific choice for professionals needing reliability and performance.

Versatile Applications and Advantages

The 96-Well PCR Sealing Mat is suited for diverse industrial applications, from molecular biology research to diagnostic labs. Its outstanding chemical resistance, leak-proof performance, and robust temperature tolerance make it ideal for PCR, storage, and automation. Sites of application include biotech firms, clinical research labs, and pharmaceutical facilities. The key advantages are minimized cross-contamination, reusability, and hassle-free operation, giving users a reliable and efficient sealing solution.

Supply, Logistics, and Order Processing

The arrival of your 96-Well PCR Sealing Mats is streamlined with efficient order processing and reliable logistics support. Packaging is done meticulously to preserve quality, typically in secure bulk cartons. Samples are available on request, allowing evaluation before committing to larger orders. Our supply ability is robust, ensuring consistent stock availability, although we advise timely ordering due to limited stock. Prompt shipment within India and for export is maintained for swift delivery.

FAQ's of 96-Well PCR Sealing Mat:

Q: How do I sterilize the 96-Well PCR Sealing Mat?

A: You can sterilize the sealing mat by autoclaving it at temperatures up to 121C, ensuring aseptic conditions for sensitive experiments.

Q: What types of PCR plates is the mat compatible with?

A: This mat is designed to fit most standard 96-well PCR plates according to industry dimensions, offering broad compatibility.

Q: When should I consider replacing the sealing mat?

A: While the mat is reusable and highly durable, it should be inspected for wear or damage after multiple cycles and replaced if compromised.

Q: Where can this PCR Sealing Mat be applied?

A: The sealing mat is ideal for biotechnology labs, research facilities, clinical diagnostics, and pharmaceutical settings requiring precise PCR processes.

Q: What are the benefits of using a pierceable and reusable sealing mat?

A: A pierceable, reusable mat enables efficient sampling for automation and manual processes, reducing overall experimental costs and preventing cross-contamination.

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