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They are non-toxic, non-contaminating materials with varying degrees of breakage resistance.
They are resistant to almost any chemical at room temperature for up to 24 hours (refer to the chemical resistance guides: tab DOCS > GUIDES).
They can be damaged by prolonged exposure to ultraviolet light.
This plastic is rigid and translucent, and also robust.
Flexible and translucent, this polymer is robust and virtually unbreakable.
Polypropylene is translucent and has good resistance. It is stable over time, but is breakable at 0°C and can therefore break if dropped.
Rigid and of low density, this polymer has high transparency. It is breakable at room temperature, so it can break if dropped.
Amorphous materials that are hard, brittle, fragile, and rigid.
As transparent as glass, this polymer is rigid and non-toxic.
It breaks at room temperature, so it can shatter if dropped.
This technical plastic is rigid and transparent.
Rigid and transparent, polymethyl methacrylate is also resistant to ultraviolet rays.
PVC can be rigid or flexible, colored or not. It has excellent resistance to oils (but not to essential oils) and very low permeability to most gases.
They have exceptional strength and durability, suitable for demanding laboratory applications.
Transparent, strong, and rigid, polycarbonate has high impact resistance. It is an ideal material for high-speed centrifugation.
As transparent as glass, PET can be slightly flexible depending on the thickness of the walls.
Like PET, glycosylated polyethylene terephthalate is as transparent as glass and slightly flexible depending on the thickness of the walls.
Fluoropolymers, offer very high chemical resistance.
PTFE is opaque and rigid.
Teflon-PFA is translucent and slightly flexible.
This copolymer is translucent and flexible.
The following are general recommendations for the care and use of plastics in the laboratory. This information is purely indicative, as each plastic resin has its own properties, do not hesitate to contact us for more information.
Chemicals can change the characteristics of plastics such as strength, surface, color, or dimensions. It is necessary to verify the chemical compatibility with the polymer used before handling.
The plastic labware can be cleaned with a non-alkaline detergent and a soft cloth or sponge.
Polystyrene and polycarbonate are particularly sensitive and more likely to be attacked by alkalis.
If you use a dishwasher, always program short cycles and a maximum temperature of 60°C. Beyond that, the plastic and volumetric accuracy of the graduated consumables could be affected.
Due to temperature limitations, polystyrene, acrylic, and polycarbonate should not be placed in the dishwasher. This may cause deterioration of their resistance. If you use an ultrasonic bath, make sure that the products are not in direct contact with the membrane.
Verify that the plastic is autoclavable and can withstand repeated exposure to 121°C.
It is recommended to use a 20-minute cycle at 121°C and 1 bar.
Always unscrew the caps of bottles or tubes before autoclaving. Any material obstructing the opening may cause deformation or destruction of the plastic.
Never place plastic directly in contact with a flame or hot plate.
The recycling process requires plastic products to be sorted according to their resin type, before being recovered for recycling into resins that can be used as raw material for new products.
If the product cannot be recycled, always follow the applicable regulations and laws for disposal.
