Polystyrene Particles

Cat. No.: P491777

Storage

Store at 2-8°C,Protected from light

Shipped In

Wet ice

Vue d’ensemble

The polystyrene particles are prepared by using emulsion polymerization process. Particles supplied by Aladdin  have been precleaned using either mixed bed ion exchange or by centrifugation. Further cleaning by user is usually not required. The size of particles is determined by either NICOMP Laser Particle Sizer or visually by Scanning Electron Microscope.

Product specifications and parameters

SKU	Name	Concentration	Particle size	Package Size
P491777-01-5ml	Polystyrene Particles	5.0%w/v	0.05-0.1μm	5ml
P491777-01-10ml	Polystyrene Particles	5.0%w/v	0.05-0.1μm	10ml
P491777-02-5ml	Polystyrene Particles	5.0%w/v	0.1-0.2μm	5ml
P491777-02-10ml	Polystyrene Particles	5.0%w/v	0.1-0.2μm	10ml
P491777-03-5ml	Polystyrene Particles	5.0%w/v	0.2-0.3μm	5ml
P491777-03-10ml	Polystyrene Particles	5.0%w/v	0.2-0.3μm	10ml
P491777-04-5ml	Polystyrene Particles	5.0%w/v	0.4-0.6μm	5ml
P491777-04-10ml	Polystyrene Particles	5.0%w/v	0.4-0.6μm	10ml
P491777-05-5ml	Polystyrene Particles	5.0%w/v	0.7-0.9μm	5ml
P491777-05-10ml	Polystyrene Particles	5.0%w/v	0.7-0.9μm	10ml
P491777-06-5ml	Polystyrene Particles	10.0%w/v	0.05-0.1μm	5ml
P491777-06-10ml	Polystyrene Particles	10.0%w/v	0.05-0.1μm	10ml
P491777-07-10ml	Polystyrene Particles	2.5%w/v	8.0-12.9μm	10ml
P491777-08-5ml	Polystyrene Particles	10.0%w/v	0.1-0.2μm	5ml
P491777-08-10ml	Polystyrene Particles	10.0%w/v	0.1-0.2μm	10ml
P491777-09-5ml	Polystyrene Particles	10.0%w/v	0.2-0.3μm	5ml
P491777-09-10ml	Polystyrene Particles	10.0%w/v	0.2-0.3μm	10ml
P491777-10-5ml	Polystyrene Particles	10.0%w/v	0.4-0.6μm	5ml
P491777-10-10ml	Polystyrene Particles	10.0%w/v	0.4-0.6μm	10ml
P491777-11-5ml	Polystyrene Particles	10.0%w/v	0.7-0.9μm	5ml
P491777-11-10ml	Polystyrene Particles	10.0%w/v	0.7-0.9μm	10ml
P491777-12-5ml	Polystyrene Particles	5.0%w/v	1.0-1.4μm	5ml
P491777-12-10ml	Polystyrene Particles	5.0%w/v	1.0-1.4μm	10ml
P491777-13-5ml	Polystyrene Particles	10.0%w/v	1.0-1.4μm	5ml
P491777-13-10ml	Polystyrene Particles	10.0%w/v	1.0-1.4μm	10ml
P491777-14-5ml	Polystyrene Particles	5.0%w/v	1.5-1.9μm	5ml
P491777-14-10ml	Polystyrene Particles	5.0%w/v	1.5-1.9μm	10ml
P491777-15-5ml	Polystyrene Particles	5.0%w/v	2.0-2.4μm	5ml
P491777-15-10ml	Polystyrene Particles	5.0%w/v	2.0-2.4μm	10ml
P491777-16-5ml	Polystyrene Particles	5.0%w/v	2.5-2.9μm	5ml
P491777-16-10ml	Polystyrene Particles	5.0%w/v	2.5-2.9μm	10ml
P491777-17-5ml	Polystyrene Particles	5.0%w/v	3.0-3.4μm	5ml
P491777-17-10ml	Polystyrene Particles	5.0%w/v	3.0-3.4μm	10ml
P491777-18-5ml	Polystyrene Particles	5.0%w/v	3.5-3.9μm	5ml
P491777-18-10ml	Polystyrene Particles	5.0%w/v	3.5-3.9μm	10ml
P491777-19-5ml	Polystyrene Particles	5.0%w/v	4.0-4.4μm	5ml
P491777-19-10ml	Polystyrene Particles	5.0%w/v	4.0-4.4μm	10ml
P491777-20-5ml	Polystyrene Particles	5.0%w/v	4.5-4.9μm	5ml
P491777-20-10ml	Polystyrene Particles	5.0%w/v	4.5-4.9μm	10ml
P491777-21-5ml	Polystyrene Particles	5.0%w/v	5.0-5.9μm	5ml
P491777-21-10ml	Polystyrene Particles	5.0%w/v	5.0-5.9μm	10ml
P491777-22-5ml	Polystyrene Particles	5.0%w/v	6.0-8.0μm	5ml
P491777-22-10ml	Polystyrene Particles	5.0%w/v	6.0-8.0μm	10ml

Products of this type are common polymer microsphere materials featuring high stability, uniform particle size, large specific surface area, easy modification and functionalization, and strong adsorption capacity. They are widely applied in standard metrology, biomedicine, environmental science, electrochemical detection, catalysts, adsorbents, chromatographic stationary phases, coatings and cosmetics, microelectronics for information engineering and other fields.

Specifications

Conditions de stockage de stockage

Store at 2-8°C,Protected from light

Expédié en

Wet ice

Ce produit nécessite l'expédition en chaîne froide. Les services terrestres et autres services économiques ne sont pas disponibles.

Propriétés chimiques et physiques

• Sensibilité: light sensitive

Références

1. Siyuan Jing, Yanting Wang, Jiaying Zheng, Xin Li, Yinjuan Chen, Minghuo Wu, Weiping Liu, Thomas C. Wanger.  (2024)  Size-classifiable quantification of nanoplastic by rate zonal centrifugation coupled with pyrolysis-gas chromatography-mass spectrometry.  ANALYTICA CHIMICA ACTA,      [PMID:38876511] [10.1016/j.aca.2024.342752]