0102030405
China Professional Laboratory Chemical PTFE Beaker - Quality Suppliers and Factory Direct Products
PTFE Beaker
- ● Polytetrafluoroethylene material
- ● Non stick lubrication
- ● Complete specifications
PTFE Beaker Specifications
Product Name:
PTFE Beaker
Product Type:
5/10/20/30/50/100/150/200/250/300/400/ 500/1000/2000/3000/5000/10000ml
Product Material:
PTFE
Product Introduction:
The PTFE beaker is made of PTFE material, which is resistant to high temperature, acid and alkali, corrosion, aqua regia, and various organic solvents; Except for molten metal sodium and liquid fluorine, polytetrafluoroethylene is non hygroscopic, non flammable, and stable to oxygen and ultraviolet radiation, making it excellent in weather resistance.
Product Show
- ● Smooth cup mouth, low friction coefficient, convenient for experiments without hurting hands
- ● Durable and environmentally friendly, non-toxic and harmless
- ● The use temperature reaches 250 °C and has good mechanical toughness; Even if the temperature drops to -196°C, it can maintain a 5% elongation rate.
PTFE Beaker Show
PTFE Beaker with Handle Show
Product Details Show
Size Show
PTFE Beaker Specs
Product Features
- ● Corrosion resistance: It exhibits inertness to most chemical solvents, is resistant to acid and alkali, water, and various organic solvents.
- ● Climate resistance: It has the best aging life among plastics.
- ● High lubrication: It refers to the low friction coefficient in solid materials.
- ● Non adhesive: refers to the smaller surface tension in solid materials.
Product Description
High and Low Temperature Resistance
5% elongation can still be maintained from -196 ° C to 250 ° C.
Aging Resistance
high chemical stability, long service life.
Insulation Resistance
dielectric properties are independent of temperature and frequency.
Corrosion Resistance
resistant to strong acid and alkali/aqua regia/various organic solvents.
Low Pollution
low blank value of metal elements.
Slot Nozzle Design
uniform flow rate, easy to invert.
Round and Smooth Base
The bottle bottom is round, wide, and arranged smoothly, exquisite and beautiful.
Product Introduction
PTFE beaker is a high-performance laboratory vessel made of polytetrafluoroethylene, widely used in trace analysis, semiconductor, photovoltaic, lithium battery and other industries.
Attention
① Heating method: Heating should be done on asbestos mesh to avoid direct contact with open flames, as the temperature on the iron plate may exceed 250 degrees.
② Supporting equipment: can be used with electric heating plates and digestion equipment, and some models can be equipped with lids.
③ Maintenance: Avoid scratching with hard objects and use mild solvents (such as high-purity water, ethanol) during cleaning.
Frequently Asked Questions (FAQ)
Q:
What is the temperature range that the PTFE beaker can withstand?
The PTFE beaker can withstand extreme temperatures from -196 °C to 250 °C. Even at -196 °C, it can maintain a 5% elongation rate.
Q:
Can I heat the PTFE beaker directly over an open flame?
No, heating should always be done on an asbestos mesh. Avoid direct contact with open flames, as the temperature on the iron plate may exceed 250 °C, which is the maximum safe operating temperature for PTFE.
Q:
What chemicals is the PTFE beaker resistant to?
The PTFE beaker exhibits excellent chemical resistance. It is resistant to strong acids, strong alkalis, corrosion, aqua regia, and various organic solvents. It is inert to almost all chemical solvents except for molten metal sodium and liquid fluorine.
Q:
What are the primary applications of PTFE beakers in laboratories?
PTFE beakers are widely used in trace analysis, semiconductor manufacturing, photovoltaics, lithium battery production, and other high-precision industries due to their low blank value of metal elements and excellent chemical stability.
Q:
How should I clean and maintain the PTFE beaker?
Avoid scratching the beaker with hard objects. During cleaning, it is recommended to use mild solvents such as high-purity water or ethanol to preserve the integrity of the non-stick surface.