Apiezon Wax (EMS)
The Apiezon range of waxes features three products including the popular Apiezon Wax W, also known as 'Black Wax'. All three waxes in the Apiezon range can be used as permanent or semi-permanent vacuum sealants or mounting media. Apiezon Wax W is also a perfect etch resist.
- Versatile products suitable for a multitude of uses
- Etch resist (Wax W only)
- First-rate vapour pressure characteristics
- High purity combined with powerful gettering & clean meltdown properties
- Excellent waterproof media
- Easy to use and to remove
- 10 year shelf life
Applications
- Apiezon Wax W: Hard Vacuum Sealing / Mounting Wax, Etch Resist
- Apiezon Wax W100: Medium Hardness Vacuum Sealant / Mounting Wax
- Apiezon Wax W40: Soft Vacuum Sealant / Mounting Wax
Waxes & Q Compound Properties
Typical Properties | Wax W | Wax W100 | Wax W40 | Q Compound |
---|---|---|---|---|
Approximate softening point | 80 to 90°C |
50 to 60°C |
40 to 50°C |
40 to 50°C |
Est. vapour pressure @ 20°C |
4.5 x 10-9torr | 4.5 x 10-9Torr | 6 x 10-8Torr | 1 x 10-4Torr |
Temp for application | 130°C |
110°C |
90°C |
Ambient |
Working temperature range | -10 to 75°C |
-10 to 45°C |
-10 to 35°C |
-10 to 30°C |
Water permeability @ 25°C |
0.8x10-8g/cm/hr/mm Hg | 1.6x10-8g/cm/hr/mm Hg | 1.6x10-8g/cm/hr/mm Hg | N/A |
Thermal conductivity @ 20°C |
0.189W/m°C | 0.170W/m°C | 0.177W/m°C | N/A |
Specific heat @ 25°C | 1.8J/g | 2.7J/g | 2.9J/g | N/A |
Loss tangent | 0.015 | 0.016 | 0.015 | N/A |
Permittivity | 2.8 | 2.7 | 2.9 | N/A |
Volume resistivity | 6.31 x 10-15Ω cm | 1.64 x 10-15Ω cm | 5.06 x 10-15Ω cm |
N/A |
W wax MSDS
W40 wax MSDS
W100 wax MSDS
* Ordering Schedule
This item is available for back-order where 0 stock is listed.
We order from this manufacturer weekly, with an estimated lead time of 4 weeks.
This is the estimated lead time, based on the average time taken previously to fill orders from this particular supplier.
Lead times are from when we receive your order until when we fill your order. For delivery times, please see shipping information below.