Overall length 150mm.
Available in standard packs of 5.
PTFE XYLAN® coating provides a non-stick surface to which very few
solid or liquid substances will permanently adhere.
Being non-protein binding and not supporting biological growth
ideal for biology, microbiology and pharmaceutical applications
since PTFE coating provides bio-inert surfaces.
The PTFE coating offers a unique combination of chemical inertness,
purity, low permeability, heat resistance, toughness, and non-stick
qualities. By combining these materials with stainless steel range
of consumables we bring you a versatile line of products that are
able to handle extreme temperatures, are inert to practically all
chemicals and are non-contaminating.
Cleaning
They have excellent non-wetting properties that makes cleaning very
easy and can also undergo steam or chemical sterilization.
High and Low Temperature properties
Excellent heat resistance and great cryogenic stability with a
temperature range from -195°C to as high as 260°C. Suitable for
lifting or handling hot, cold or chemically active materials.
Corrosion Resistance
The chemical resistance of PTFE coating makes it normally
impervious to chemical environments. The coating provides good
resistance to acid and alkali solutions. Highly reactive
fluorinating agents seem to be the only chemicals to affect it.
Examples of Chemical Resistance after 24 hours exposure
- HCI (concentrated) at room temperature, no change to coating.
- HCI (pH 2) at room temperature, no change to coating.
- HCI (pH 2) at 52°C, no change to coating.
- NaOH (50%) at room temperature, no change to coating.
- NaOH (pH 9.5) at 52°C, no change to coating.
- MEK (Methyl Ethyl Ketone - solvent) at room temperature, slight marks on coating.
- Toluene (solvent) at room temperature, slight marks on coating.
Other useful information.
Applied as a self priming single coat PTFE.
The coefficient of friction is generally in the range of 0.05 to
0.20.
No accessories available for this product.
PDF File Product Literature
PTFE XYLAN® coating provides a non-stick surface to which very few
solid or liquid substances will permanently adhere.
Being non-protein binding and not supporting biological growth
ideal for biology, microbiology and pharmaceutical applications
since PTFE coating provides bio-inert surfaces.
The PTFE coating offers a unique combination of chemical inertness,
purity, low permeability, heat resistance, toughness, and non-stick
qualities. By combining these materials with stainless steel range
of consumables we bring you a versatile line of products that are
able to handle extreme temperatures, are inert to practically all
chemicals and are non-contaminating.
Cleaning
They have excellent non-wetting properties that makes cleaning very
easy and can also undergo steam or chemical sterilization.
High and Low Temperature properties
Excellent heat resistance and great cryogenic stability with a
temperature range from -195°C to as high as 260°C. Suitable for
lifting or handling hot, cold or chemically active materials.
Corrosion Resistance
The chemical resistance of PTFE coating makes it normally
impervious to chemical environments. The coating provides good
resistance to acid and alkali solutions. Highly reactive
fluorinating agents seem to be the only chemicals to affect it.
Examples of Chemical Resistance after 24 hours exposure
- HCI (concentrated) at room temperature, no change to coating.
- HCI (pH 2) at room temperature, no change to coating.
- HCI (pH 2) at 52°C, no change to coating.
- NaOH (50%) at room temperature, no change to coating.
- NaOH (pH 9.5) at 52°C, no change to coating.
- MEK (Methyl Ethyl Ketone - solvent) at room temperature, slight marks on coating.
- Toluene (solvent) at room temperature, slight marks on coating.
Other useful information.
Applied as a self priming single coat PTFE.
The coefficient of friction is generally in the range of 0.05 to
0.20.
No accessories available for this product.
PDF File Product Literature