SKU | 7100229465 |
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Legacy SKU | WX300955191 |
UPC | 08887862954953 |
Catalog Number | EM25TP |
Product Number | EM25TP-0050-A10 |
3M Flux Field Directional Material (FFDM) EM25TP is a composite material consisting of a carrier resin, magnetic fillers and an optional acrylic pressure sensitive adhesive (PSA) and optional black PET top film layer.
- Targeted permeability for < 5-10 MHz FFDM performance for EM field coupling
- Excellent EMI absorber performance for frequencies above 5-10 MHz
- Excellent Absorbing performance from 100 MHz to 4 GHz
- Multiple thickness options
- Black PET protection tape cover film (optional)
- Pressure sensitive acrylic adhesive (optional)
Product Dimensions |
Imperial | Metric |
Thickness | 2.362 mil | 60 micro |
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Shipping Dimensions |
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Weight | 37.47638 lb |
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Length | 3.93661 in |
Width | 15.74764 in |
Height | 15.74764 in |
PRODUCT FAQ
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Of course! Here are some questions and answers about the 3M™ Flux Field Directional Material EM25TP
How big is each sheet of the EM25TP material?
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Each sheet measures 342 mm x 350 mm, providing a good size for various applications.
How many sheets come in a case of this material?
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There are 300 sheets included in each case of the EM25TP material, ensuring you have an ample supply.
What does "Flux Field Directional Material" mean?
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The Flux Field Directional feature helps control and direct magnetic fields within electronic devices for optimal performance.
Is there a specific application or industry where this material is commonly used?
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The EM25TP material is often utilized in industries such as electronics manufacturing and research for managing magnetic flux distribution.
Are there any special handling instructions I should be aware of when using this material?
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It's recommended to follow proper ESD precautions while handling the EM25TP material to maintain its quality and effectiveness.
The 3M FFDM EM25TP is an innovative product that has been specifically designed to interact with and influence an Electro-Magnetic (EM) field. This unique technology allows the EM25TP to efficiently couple to the EM field, redirecting and focusing it as desired in various applications. Additionally, the EM25TP is also capable of providing EM absorption, further enhancing its versatility and effectiveness.