Transparent tube walls permit easy viewing of contents
Bevelled lip for convenient one-handed operation
Writing area and attached flat cap for labelling
Working temperature: stable from -20°C to 121°C
Can withstand high-speed centrifugation of 20,000 RCF
Pipette Tips
Features
Tips are made of medical-grade polypropylene, and filters are made of highly hydrophobic UHMWPE
Low retention treated tips undergo a coating-free treatment and will not contaminate samples
All filter tips are autoclavable
Available in racked package(sterile) and bulk package (non-sterile)
RNase & DNase free, non-pyrogenic
Filter tips
Features
Tips are made of medical-grade polypropylene, and filters are made of highly hydrophobic UHMWPE
Filters prevent cross-contamination and damage to samples, ensure accurate and precise sample aspiration, and protect the user by preventing sample liquid or vapour from entering the pipette body
Standard filter tips and low-retention filter tips are available in all sizes
Low retention treated tips undergo a coating-free treatment and will not contaminate samples
All filter tips are autoclavable
Available in racked package(sterile) and bulk package (non-sterile)
RNase & DNase free, non-pyrogenic
Petri Dish
Features
Made of medical grade polystyrene, high transparency, easy to observe experimentally
Available in three sizes: uniform wall thickness, smooth and resistant to damage
Three venting holes on the dish for easy gas exchange
The bottom of the dish is designed to be more stable
Reagent Bottle
Features
Made of medical grade polypropylene PP or high-density polyethylene HDPE
Durable, non-biotoxic, resistant to acid, alkali, alcohol, etc
PP material reagent bottle can withstand high temperatures and high-pressure
Professional leak-proof design, no inner cover and inner pad, easy to leak-proof, easy to transport and store
Available in brown and natural colours
Available in sterile and non-sterile
Available in 8ml,15ml,30ml,60ml,125ml,250ml,500ml,1000ml
Vials & Accessories
Features
Deactivated vials for strongly polar samples that are easily absorbed by the glass
Inserts and high-recovery sample vials for micro samples
Polypropylene (PP) vials for ion analysis
Classification of laboratory glass is based on USP (United States Pharmacopoeia)
USP Type 1,51 borosilicate glass is the most chemically inert glass
USP Type 1,70 borosilicate glass is widely used in laboratories
Silanization can reduce the absorption of polar compounds on the surface of the glass container (e.g., in protein analysis)
USP Types II, III and NP soda lime glass have lower chemically resistant
Polypropylene (PP) is the best choice for biological samples and samples with high metal content, such as ion chromatography, AA or ICP
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