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Thermo Scientific™ Low DNA Binding Snap Cap Microcentrifuge Tubes, Sustain™ Series

The Thermo Scientific™ Low DNA Binding Snap Cap Microcentrifuge Tubes, Sustain Series offer a greener solution for laboratory researchers in biotech, pharma, and forensics. The tubes are made from biobased polypropylene allocated on a mass balance basis derived from second-generation waste and residue oils.

$1043.79 - $2034.90

Spécifications

Autoclavable Autoclavable
Color Natural
Material Polypropylene Resin
Sterility Non-sterile
Graduated Yes
voir les spécifications

Produits 3
Numéro de catalogue Numéro du manufacturier. Volume (Metric) Prix Quantité  
Numéro de catalogue Numéro du manufacturier. Volume (Metric) Prix Quantité  
01-182-573
Afficher les documents Détails de la promotion
Thermo Scientific™
3400DLB
0.6 mL
caisse de 10000 chaque for $2,034.90
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01-182-574
Afficher les documents Détails de la promotion
Thermo Scientific™
3401DLB
1.5 mL
caisse de 5000 chaque for $1,043.79
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01-182-575
Afficher les documents Détails de la promotion
Thermo Scientific™
3402DLB
2 mL
caisse de 5000 chaque for $1,289.83
Il en reste null
 
Description

Description

We are committed to designing our products with the environment in mind. The DNA Low Binding Snap Cap Microcentrifuge Tubes, Sustain Series, are ideal for general lab researchers in biotech, pharma, and forensics who need to ensure nucleic acid integrity in precious samples and are looking for more sustainable products.

DNA integrity is critical for any genomics workflow, and scientists rely on products to help reduce loss of sample DNA. Thermo Scientific™ Low DNA Binding Snap Cap Microcentrifuge Tubes are designed without the use of per- and polyfluoroalkyl substances (PFAS) to help minimize DNA sample loss.

The polypropylene used in the DNA Low Binding Snap Cap Microcentrifuge Tubes, Sustain Series, consists of ISCC PLUS–certified, second-generation, biobased material.

By choosing these more sustainable tubes, customers can reduce their carbon footprint, support their Scope 3 emission reduction targets, and contribute to a circular economy, all while maintaining the same performance standards as fossil fuel–based alternatives.

The material reduces carbon dioxide equivalents (CO2 e) by 3.43 kg per kg of biobased polypropylene, relative to the non–Sustain Series equivalent.

Spécifications

Spécifications

Autoclavable
Polypropylene Resin
Yes
PCR Ready
Less waste, renewable material
Microcentrifuge Tube
Natural
Non-sterile
Snap Cap
Conical
Cylindrical
Videos
FDS
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