BrandTech™ BRAND™ BIO-CERT™ Pipet Tips, 50 to 1000uL

Manufactured from high-purity, oleamide- and diHEMDA-free polypropylene. BrandTech™ BRAND™ BIO-CERT™ are sterile and free of biological contaminants. Thin-walled for high translucency, easy ejection, and low waste. Graduations marked at 250, 500 and 1000μL for quick volume assessment. Available in either standard or ultra low retention types.

Overview
Brand: BrandTech™

Manufacturer Part Number: 732132

X960 PIP.TIP TIPRACK 50-1000UL STERILE PP

UNSPSC: 41121607

Code: NEW

Additional Details:
Additional Details: Weight: 1.28900kg



Product Code. 15164907

Quantity Price
1 £ 72.5 / Pack of 960
Estimated Shipment
30-01-2017
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Description and Specification

Specification

Product Type Tip
Volume (Metric) 50 to 1000μL
Sterility Sterile
Color Colorless
Graduations 250, 500, 1000μL
Autoclavable Yes
Tip Style Standard
Material Polypropylene
Packaging TipRefill, 10 racks of 96 pieces
Quantity 960 Pack
Length (Metric) 7cm
Certifications/Compliance DNA, RNase, ATP and endotoxin-free

  • High-purity polypropylene is oleamide- and diHEMDA-free
  • Independently certified sterile and free of biological contaminants
  • Thin-walled for high translucency, easy ejection and low waste
  • Graduations at 250, 500 and 1000μL for quick volume check
  • Available in either standard or ultra low retention types
  • Available either in bulk packages or in convenient, ecological rack-and-stack formats
  • Bulk tips are blue colored and racked tips are colorless and placed into blue-colored tip tray

Ultra low retention tips

  • Produced through special, patented physicochemical process
  • Homogeneous, defect-free surface for low surface tension and low sample retention
  • Reduce sample loss and provide substantially higher reproducibility when working with critical media
  • For biological samples that contain proteins, nucleic acids, detergents and other difficult liquids that can increase sample loss
  • High chemical resistance
  • Tips can be autoclaved at 121°C (2 bar) without damaging low retention properties