CAT#:
86-953
Eppendorf
Eppendorf Safe-Lock 2.0ml Microcentrifuge Tubes
Eppendorf, 500 Tubes/Unit
Eppendorf, 500 Tubes/Unit
Eppendorf, 500 Tubes/Unit
Eppendorf, 500 Tubes/Unit
Eppendorf, 500 Tubes/Unit
Biopur, Eppendorf, 100 Tubes/Unit
PCR Clean, Eppendorf, 500 Tubes/Unit
Eppendorf, 500 Tubes/Unit
Eppendorf, 500 Tubes/Unit
9 product variations: View Options
Product Overview
- Hinged Safe-Lock lid prevents accidental lid opening and allows contamination-free lid opening
- Polypropylene provides high resistance to chemicals, mechanical stress and temperature extremes
- Manufactured without the use of slip agents, plasticizers and biocides
- Large frosted lid and surface on the side for easy labeling
- Graduations provide an easy volume reference
- Guaranteed functionality between –86°C to 100°C
- Autoclavable when open (121°C, 20 min)
- Precise lid sealing for lowest evaporation rates during long-term storage
Product Overview
- Hinged Safe-Lock lid prevents accidental lid opening and allows contamination-free lid opening
- Polypropylene provides high resistance to chemicals, mechanical stress and temperature extremes
- Manufactured without the use of slip agents, plasticizers and biocides
- Large frosted lid and surface on the side for easy labeling
- Graduations provide an easy volume reference
- Guaranteed functionality between –86°C to 100°C
- Autoclavable when open (121°C, 20 min)
- Precise lid sealing for lowest evaporation rates during long-term storage
Product Overview
- Hinged Safe-Lock lid prevents accidental lid opening and allows contamination-free lid opening
- Polypropylene provides high resistance to chemicals, mechanical stress and temperature extremes
- Manufactured without the use of slip agents, plasticizers and biocides
- Large frosted lid and surface on the side for easy labeling
- Graduations provide an easy volume reference
- Guaranteed functionality between –86°C to 100°C
- Autoclavable when open (121°C, 20 min)
- Precise lid sealing for lowest evaporation rates during long-term storage
Product Overview
- Hinged Safe-Lock lid prevents accidental lid opening and allows contamination-free lid opening
- Polypropylene provides high resistance to chemicals, mechanical stress and temperature extremes
- Manufactured without the use of slip agents, plasticizers and biocides
- Large frosted lid and surface on the side for easy labeling
- Graduations provide an easy volume reference
- Guaranteed functionality between –86°C to 100°C
- Autoclavable when open (121°C, 20 min)
- Precise lid sealing for lowest evaporation rates during long-term storage
Product Overview
- Hinged Safe-Lock lid prevents accidental lid opening and allows contamination-free lid opening
- Polypropylene provides high resistance to chemicals, mechanical stress and temperature extremes
- Manufactured without the use of slip agents, plasticizers and biocides
- Large frosted lid and surface on the side for easy labeling
- Graduations provide an easy volume reference
- Guaranteed functionality between –86°C to 100°C
- Autoclavable when open (121°C, 20 min)
- Precise lid sealing for lowest evaporation rates during long-term storage
Product Overview
- Hinged Safe-Lock lid prevents accidental lid opening and allows contamination-free lid opening
- Polypropylene provides high resistance to chemicals, mechanical stress and temperature extremes
- Manufactured without the use of slip agents, plasticizers and biocides
- Large frosted lid and surface on the side for easy labeling
- Graduations provide an easy volume reference
- Guaranteed functionality between –86°C to 100°C
- Autoclavable when open (121°C, 20 min)
- Precise lid sealing for lowest evaporation rates during long-term storage
Product Overview
- Hinged Safe-Lock lid prevents accidental lid opening and allows contamination-free lid opening
- Polypropylene provides high resistance to chemicals, mechanical stress and temperature extremes
- Manufactured without the use of slip agents, plasticizers and biocides
- Large frosted lid and surface on the side for easy labeling
- Graduations provide an easy volume reference
- Guaranteed functionality between –86°C to 100°C
- Autoclavable when open (121°C, 20 min)
- Precise lid sealing for lowest evaporation rates during long-term storage
Product Overview
- Hinged Safe-Lock lid prevents accidental lid opening and allows contamination-free lid opening
- Polypropylene provides high resistance to chemicals, mechanical stress and temperature extremes
- Manufactured without the use of slip agents, plasticizers and biocides
- Large frosted lid and surface on the side for easy labeling
- Graduations provide an easy volume reference
- Guaranteed functionality between –86°C to 100°C
- Autoclavable when open (121°C, 20 min)
- Precise lid sealing for lowest evaporation rates during long-term storage
Product Overview
- Hinged Safe-Lock lid prevents accidental lid opening and allows contamination-free lid opening
- Polypropylene provides high resistance to chemicals, mechanical stress and temperature extremes
- Manufactured without the use of slip agents, plasticizers and biocides
- Large frosted lid and surface on the side for easy labeling
- Graduations provide an easy volume reference
- Guaranteed functionality between –86°C to 100°C
- Autoclavable when open (121°C, 20 min)
- Precise lid sealing for lowest evaporation rates during long-term storage
Technical Documents
- Absolute Tubes
- Eppendorf Purity Grades Selection Guide
- The Pure Truth
- Biopur
- Forensic DNA Grade
- Guaranteed Quality
- Laboratory Consumables - BSE/TSE
- Laboratory Consumables - General Quality Certificate
- Laboratory Consumables - Per- & Polyfluorinated Alkyl Substances
- Laboratory Consumables - Statement on Nitrosamine
- PCR clean
- Tubes
- Tubes - Trace metal
- Tubes
- 022 – Application-Specific Requirements for Consumables in the Laboratory
- 023 – Chemical stability of consumables
- 026 – Leachables: Minimizing the Influence of Plastic Consumables on the Laboratory Workflows
- 042 – Eppendorf Biopur® - A unique dimension in biological purity
- 056 – The best material for original Eppendorf Tubes®: Properties and chemical resistance of polypropylene
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 079 – The Different Plastics Used in the Laboratory
- 080 – Recycling Strategies for Plastics: On the Road to Circular Economy?
- 164 – Eppendorf Safe-Lock Tubes - Outstanding performance for centrifugation and incubation of samples in the laboratory
- 234 – Centrifugation at 30,000 x g in plasmid DNA precipitation allows better recovery rates and shorter centrifugation times
- 235 – The influence of UV absorbing substances released from plastic containers (leachables) on photometric analyses
- 282 – Avoiding interferences and contaminants using Eppendorf Safe-Lock Tubes in mass spectrometry studies of natural products
- 329 – Automating Cell-based Apoptosis Assays with the Eppendorf epMotion 5075t increases the reproducibility
- 396 – Is That Really DNA in Your Tube? Comparative Analysis of UV-Absorbing Leachables in Micro-Test Tubes
- 417 – Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- 417 – Summary: Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- Checklist for a More Sustainable Lab
Technical Documents
- Absolute Tubes
- Eppendorf Purity Grades Selection Guide
- The Pure Truth
- Biopur
- Forensic DNA Grade
- Guaranteed Quality
- Laboratory Consumables - BSE/TSE
- Laboratory Consumables - General Quality Certificate
- Laboratory Consumables - Per- & Polyfluorinated Alkyl Substances
- Laboratory Consumables - Statement on Nitrosamine
- PCR clean
- Tubes
- Tubes - Trace metal
- Tubes
- 022 – Application-Specific Requirements for Consumables in the Laboratory
- 023 – Chemical stability of consumables
- 026 – Leachables: Minimizing the Influence of Plastic Consumables on the Laboratory Workflows
- 042 – Eppendorf Biopur® - A unique dimension in biological purity
- 056 – The best material for original Eppendorf Tubes®: Properties and chemical resistance of polypropylene
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 079 – The Different Plastics Used in the Laboratory
- 080 – Recycling Strategies for Plastics: On the Road to Circular Economy?
- 164 – Eppendorf Safe-Lock Tubes - Outstanding performance for centrifugation and incubation of samples in the laboratory
- 234 – Centrifugation at 30,000 x g in plasmid DNA precipitation allows better recovery rates and shorter centrifugation times
- 235 – The influence of UV absorbing substances released from plastic containers (leachables) on photometric analyses
- 282 – Avoiding interferences and contaminants using Eppendorf Safe-Lock Tubes in mass spectrometry studies of natural products
- 329 – Automating Cell-based Apoptosis Assays with the Eppendorf epMotion 5075t increases the reproducibility
- 396 – Is That Really DNA in Your Tube? Comparative Analysis of UV-Absorbing Leachables in Micro-Test Tubes
- 417 – Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- 417 – Summary: Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- Checklist for a More Sustainable Lab
Technical Documents
- Absolute Tubes
- Eppendorf Purity Grades Selection Guide
- The Pure Truth
- Biopur
- Forensic DNA Grade
- Guaranteed Quality
- Laboratory Consumables - BSE/TSE
- Laboratory Consumables - General Quality Certificate
- Laboratory Consumables - Per- & Polyfluorinated Alkyl Substances
- Laboratory Consumables - Statement on Nitrosamine
- PCR clean
- Tubes
- Tubes - Trace metal
- Tubes
- 022 – Application-Specific Requirements for Consumables in the Laboratory
- 023 – Chemical stability of consumables
- 026 – Leachables: Minimizing the Influence of Plastic Consumables on the Laboratory Workflows
- 042 – Eppendorf Biopur® - A unique dimension in biological purity
- 056 – The best material for original Eppendorf Tubes®: Properties and chemical resistance of polypropylene
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 079 – The Different Plastics Used in the Laboratory
- 080 – Recycling Strategies for Plastics: On the Road to Circular Economy?
- 164 – Eppendorf Safe-Lock Tubes - Outstanding performance for centrifugation and incubation of samples in the laboratory
- 234 – Centrifugation at 30,000 x g in plasmid DNA precipitation allows better recovery rates and shorter centrifugation times
- 235 – The influence of UV absorbing substances released from plastic containers (leachables) on photometric analyses
- 282 – Avoiding interferences and contaminants using Eppendorf Safe-Lock Tubes in mass spectrometry studies of natural products
- 329 – Automating Cell-based Apoptosis Assays with the Eppendorf epMotion 5075t increases the reproducibility
- 396 – Is That Really DNA in Your Tube? Comparative Analysis of UV-Absorbing Leachables in Micro-Test Tubes
- 417 – Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- 417 – Summary: Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- Checklist for a More Sustainable Lab
Technical Documents
- Absolute Tubes
- Eppendorf Purity Grades Selection Guide
- The Pure Truth
- Biopur
- Forensic DNA Grade
- Guaranteed Quality
- Laboratory Consumables - BSE/TSE
- Laboratory Consumables - General Quality Certificate
- Laboratory Consumables - Per- & Polyfluorinated Alkyl Substances
- Laboratory Consumables - Statement on Nitrosamine
- PCR clean
- Tubes
- Tubes - Trace metal
- Tubes
- 022 – Application-Specific Requirements for Consumables in the Laboratory
- 023 – Chemical stability of consumables
- 026 – Leachables: Minimizing the Influence of Plastic Consumables on the Laboratory Workflows
- 042 – Eppendorf Biopur® - A unique dimension in biological purity
- 056 – The best material for original Eppendorf Tubes®: Properties and chemical resistance of polypropylene
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 079 – The Different Plastics Used in the Laboratory
- 080 – Recycling Strategies for Plastics: On the Road to Circular Economy?
- 164 – Eppendorf Safe-Lock Tubes - Outstanding performance for centrifugation and incubation of samples in the laboratory
- 234 – Centrifugation at 30,000 x g in plasmid DNA precipitation allows better recovery rates and shorter centrifugation times
- 235 – The influence of UV absorbing substances released from plastic containers (leachables) on photometric analyses
- 282 – Avoiding interferences and contaminants using Eppendorf Safe-Lock Tubes in mass spectrometry studies of natural products
- 329 – Automating Cell-based Apoptosis Assays with the Eppendorf epMotion 5075t increases the reproducibility
- 396 – Is That Really DNA in Your Tube? Comparative Analysis of UV-Absorbing Leachables in Micro-Test Tubes
- 417 – Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- 417 – Summary: Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- Checklist for a More Sustainable Lab
Technical Documents
- Absolute Tubes
- Eppendorf Purity Grades Selection Guide
- The Pure Truth
- Biopur
- Forensic DNA Grade
- Guaranteed Quality
- Laboratory Consumables - BSE/TSE
- Laboratory Consumables - General Quality Certificate
- Laboratory Consumables - Per- & Polyfluorinated Alkyl Substances
- Laboratory Consumables - Statement on Nitrosamine
- PCR clean
- Tubes
- Tubes - Trace metal
- Tubes
- 022 – Application-Specific Requirements for Consumables in the Laboratory
- 023 – Chemical stability of consumables
- 026 – Leachables: Minimizing the Influence of Plastic Consumables on the Laboratory Workflows
- 042 – Eppendorf Biopur® - A unique dimension in biological purity
- 056 – The best material for original Eppendorf Tubes®: Properties and chemical resistance of polypropylene
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 079 – The Different Plastics Used in the Laboratory
- 080 – Recycling Strategies for Plastics: On the Road to Circular Economy?
- 164 – Eppendorf Safe-Lock Tubes - Outstanding performance for centrifugation and incubation of samples in the laboratory
- 234 – Centrifugation at 30,000 x g in plasmid DNA precipitation allows better recovery rates and shorter centrifugation times
- 235 – The influence of UV absorbing substances released from plastic containers (leachables) on photometric analyses
- 282 – Avoiding interferences and contaminants using Eppendorf Safe-Lock Tubes in mass spectrometry studies of natural products
- 329 – Automating Cell-based Apoptosis Assays with the Eppendorf epMotion 5075t increases the reproducibility
- 396 – Is That Really DNA in Your Tube? Comparative Analysis of UV-Absorbing Leachables in Micro-Test Tubes
- 417 – Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- 417 – Summary: Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- Checklist for a More Sustainable Lab
Technical Documents
- Absolute Tubes
- Eppendorf Purity Grades Selection Guide
- The Pure Truth
- Biopur
- Forensic DNA Grade
- Guaranteed Quality
- Laboratory Consumables - BSE/TSE
- Laboratory Consumables - General Quality Certificate
- Laboratory Consumables - Per- & Polyfluorinated Alkyl Substances
- Laboratory Consumables - Statement on Nitrosamine
- PCR clean
- Tubes
- Tubes - Trace metal
- Tubes
- 022 – Application-Specific Requirements for Consumables in the Laboratory
- 023 – Chemical stability of consumables
- 026 – Leachables: Minimizing the Influence of Plastic Consumables on the Laboratory Workflows
- 042 – Eppendorf Biopur® - A unique dimension in biological purity
- 056 – The best material for original Eppendorf Tubes®: Properties and chemical resistance of polypropylene
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 079 – The Different Plastics Used in the Laboratory
- 080 – Recycling Strategies for Plastics: On the Road to Circular Economy?
- 164 – Eppendorf Safe-Lock Tubes - Outstanding performance for centrifugation and incubation of samples in the laboratory
- 234 – Centrifugation at 30,000 x g in plasmid DNA precipitation allows better recovery rates and shorter centrifugation times
- 235 – The influence of UV absorbing substances released from plastic containers (leachables) on photometric analyses
- 282 – Avoiding interferences and contaminants using Eppendorf Safe-Lock Tubes in mass spectrometry studies of natural products
- 329 – Automating Cell-based Apoptosis Assays with the Eppendorf epMotion 5075t increases the reproducibility
- 396 – Is That Really DNA in Your Tube? Comparative Analysis of UV-Absorbing Leachables in Micro-Test Tubes
- 417 – Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- 417 – Summary: Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- Checklist for a More Sustainable Lab
Technical Documents
- Absolute Tubes
- Eppendorf Purity Grades Selection Guide
- The Pure Truth
- Biopur
- Forensic DNA Grade
- Guaranteed Quality
- Laboratory Consumables - BSE/TSE
- Laboratory Consumables - General Quality Certificate
- Laboratory Consumables - Per- & Polyfluorinated Alkyl Substances
- Laboratory Consumables - Statement on Nitrosamine
- PCR clean
- Tubes
- Tubes - Trace metal
- Tubes
- 022 – Application-Specific Requirements for Consumables in the Laboratory
- 023 – Chemical stability of consumables
- 026 – Leachables: Minimizing the Influence of Plastic Consumables on the Laboratory Workflows
- 042 – Eppendorf Biopur® - A unique dimension in biological purity
- 056 – The best material for original Eppendorf Tubes®: Properties and chemical resistance of polypropylene
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 079 – The Different Plastics Used in the Laboratory
- 080 – Recycling Strategies for Plastics: On the Road to Circular Economy?
- 164 – Eppendorf Safe-Lock Tubes - Outstanding performance for centrifugation and incubation of samples in the laboratory
- 234 – Centrifugation at 30,000 x g in plasmid DNA precipitation allows better recovery rates and shorter centrifugation times
- 235 – The influence of UV absorbing substances released from plastic containers (leachables) on photometric analyses
- 282 – Avoiding interferences and contaminants using Eppendorf Safe-Lock Tubes in mass spectrometry studies of natural products
- 329 – Automating Cell-based Apoptosis Assays with the Eppendorf epMotion 5075t increases the reproducibility
- 396 – Is That Really DNA in Your Tube? Comparative Analysis of UV-Absorbing Leachables in Micro-Test Tubes
- 417 – Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- 417 – Summary: Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- Checklist for a More Sustainable Lab
Technical Documents
- Absolute Tubes
- Eppendorf Purity Grades Selection Guide
- The Pure Truth
- Biopur
- Forensic DNA Grade
- Guaranteed Quality
- Laboratory Consumables - BSE/TSE
- Laboratory Consumables - General Quality Certificate
- Laboratory Consumables - Per- & Polyfluorinated Alkyl Substances
- Laboratory Consumables - Statement on Nitrosamine
- PCR clean
- Tubes
- Tubes - Trace metal
- Tubes
- 022 – Application-Specific Requirements for Consumables in the Laboratory
- 023 – Chemical stability of consumables
- 026 – Leachables: Minimizing the Influence of Plastic Consumables on the Laboratory Workflows
- 042 – Eppendorf Biopur® - A unique dimension in biological purity
- 056 – The best material for original Eppendorf Tubes®: Properties and chemical resistance of polypropylene
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 079 – The Different Plastics Used in the Laboratory
- 080 – Recycling Strategies for Plastics: On the Road to Circular Economy?
- 164 – Eppendorf Safe-Lock Tubes - Outstanding performance for centrifugation and incubation of samples in the laboratory
- 234 – Centrifugation at 30,000 x g in plasmid DNA precipitation allows better recovery rates and shorter centrifugation times
- 235 – The influence of UV absorbing substances released from plastic containers (leachables) on photometric analyses
- 282 – Avoiding interferences and contaminants using Eppendorf Safe-Lock Tubes in mass spectrometry studies of natural products
- 329 – Automating Cell-based Apoptosis Assays with the Eppendorf epMotion 5075t increases the reproducibility
- 396 – Is That Really DNA in Your Tube? Comparative Analysis of UV-Absorbing Leachables in Micro-Test Tubes
- 417 – Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- 417 – Summary: Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- Checklist for a More Sustainable Lab
Technical Documents
- Absolute Tubes
- Eppendorf Purity Grades Selection Guide
- The Pure Truth
- Biopur
- Forensic DNA Grade
- Guaranteed Quality
- Laboratory Consumables - BSE/TSE
- Laboratory Consumables - General Quality Certificate
- Laboratory Consumables - Per- & Polyfluorinated Alkyl Substances
- Laboratory Consumables - Statement on Nitrosamine
- PCR clean
- Tubes
- Tubes - Trace metal
- Tubes
- 022 – Application-Specific Requirements for Consumables in the Laboratory
- 023 – Chemical stability of consumables
- 026 – Leachables: Minimizing the Influence of Plastic Consumables on the Laboratory Workflows
- 042 – Eppendorf Biopur® - A unique dimension in biological purity
- 056 – The best material for original Eppendorf Tubes®: Properties and chemical resistance of polypropylene
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 079 – The Different Plastics Used in the Laboratory
- 080 – Recycling Strategies for Plastics: On the Road to Circular Economy?
- 164 – Eppendorf Safe-Lock Tubes - Outstanding performance for centrifugation and incubation of samples in the laboratory
- 234 – Centrifugation at 30,000 x g in plasmid DNA precipitation allows better recovery rates and shorter centrifugation times
- 235 – The influence of UV absorbing substances released from plastic containers (leachables) on photometric analyses
- 282 – Avoiding interferences and contaminants using Eppendorf Safe-Lock Tubes in mass spectrometry studies of natural products
- 329 – Automating Cell-based Apoptosis Assays with the Eppendorf epMotion 5075t increases the reproducibility
- 396 – Is That Really DNA in Your Tube? Comparative Analysis of UV-Absorbing Leachables in Micro-Test Tubes
- 417 – Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- 417 – Summary: Extractables and Leachables in Microcentrifuge Tubes - Extensive HPLC/GC/MS Analysis
- Checklist for a More Sustainable Lab
Detailed Description
Eppendorf Safe-Lock Tubes combine all the experience of over 45 years of constant improvement and development. The original Eppendorf Safe-Lock Tube gives your sample outstanding stability during centrifugation, perfect sealing and evaporation protection. Trust in the original Eppendorf Safe-Lock Tube because your samples deserve the best treatment!
Always recognize the Eppendorf Safe-Lock tube by the ep in the lid. The hinged lid on Eppendorf® Safe-Lock tubes provides outstanding protection against accidental opening of tube lids ensuring absolute sample protection. This feature is especially important when working with precious samples or hazardous materials (e.g., radioactive probes, virus samples), or buffers containing detergents such as SDS.
Citations
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9 Product Options
Catalog Number:
86-938
List Price:
$137.59
Your Price:
$117.94
Specifications:
| Color | Red |
| Description | Eppendorf |
| Qty/Unit | 500 Tubes/Unit |
Catalog Number:
86-936
List Price:
$138.58
Your Price:
$118.78
Specifications:
| Color | Blue |
| Description | Eppendorf |
| Qty/Unit | 500 Tubes/Unit |
Catalog Number:
86-935
List Price:
$138.65
Your Price:
$118.84
Specifications:
| Color | Amber |
| Description | Eppendorf |
| Qty/Unit | 500 Tubes/Unit |
Catalog Number:
86-940
List Price:
$138.58
Your Price:
$118.78
Specifications:
| Color | Assorted |
| Description | Eppendorf |
| Qty/Unit | 500 Tubes/Unit |
Catalog Number:
86-939
List Price:
$137.59
Your Price:
$117.94
Specifications:
| Color | Yellow |
| Description | Eppendorf |
| Qty/Unit | 500 Tubes/Unit |
Catalog Number:
86-953
List Price:
$116.97
Your Price:
$100.25
Specifications:
| Color | Clear, PCR Clean, Sterile |
| Description | Biopur, Eppendorf |
| Qty/Unit | 100 Tubes/Unit |
Catalog Number:
86-932
List Price:
$152.76
Your Price:
$130.94
Specifications:
| Color | Clear, PCR Clean |
| Description | PCR Clean, Eppendorf |
| Qty/Unit | 500 Tubes/Unit |
Catalog Number:
86-934
List Price:
$112.32
Your Price:
$96.27
Specifications:
| Color | Clear |
| Description | Eppendorf |
| Qty/Unit | 500 Tubes/Unit |
Catalog Number:
86-937
List Price:
$137.52
Your Price:
$117.87
Specifications:
| Color | Green |
| Description | Eppendorf |
| Qty/Unit | 500 Tubes/Unit |
| Catalog # | Description | Qty/Unit | Color | Price (USD) | Quantity | Add to Order | |
|---|---|---|---|---|---|---|---|
| 86-932 | PCR Clean, Eppendorf | 500 Tubes/Unit | Clear, PCR Clean | ||||
| 86-934 | Eppendorf | 500 Tubes/Unit | Clear | ||||
| 86-935 | Eppendorf | 500 Tubes/Unit | Amber | ||||
| 86-936 | Eppendorf | 500 Tubes/Unit | Blue | ||||
| 86-937 | Eppendorf | 500 Tubes/Unit | Green | ||||
| 86-938 | Eppendorf | 500 Tubes/Unit | Red | ||||
| 86-939 | Eppendorf | 500 Tubes/Unit | Yellow | ||||
| 86-940 | Eppendorf | 500 Tubes/Unit | Assorted | ||||
| 86-953 | Biopur, Eppendorf | 100 Tubes/Unit | Clear, PCR Clean, Sterile |
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