Mylar Speaker Manufacturer and Supplier
MANORSHI is a Mylar speaker manufacturer and supplier specializing in miniature dynamic speakers with lightweight polyester film diaphragms. Our product range includes oval Mylar speakers, round Mylar speakers and compact speaker drivers for headphones, mobile devices, portable electronics and consumer audio equipment.
MANORSHI Mylar speakers are available in different dimensions, impedance ratings and power configurations. Selected models feature 4Ω and 8Ω impedance options, with rated power levels of 0.25W and 0.5W for different electronic product designs.
Our miniature Mylar speaker range includes 13mm, 20mm, 23mm, 30mm and 36mm designs. Selected models use NdFeB neodymium magnets and compact internal magnetic structures to support space-efficient speaker integration.
MANORSHI supplies Mylar speaker components for headphone manufacturers, earphone producers, mobile phone manufacturers, portable electronic equipment companies and electronic component distributors. Product specifications and sample availability can be discussed for OEM and ODM projects.
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What Is a Mylar Speaker?
A Mylar speaker is a loudspeaker that uses a lightweight polyester film diaphragm, commonly made from polyethylene terephthalate (PET), to reproduce sound. Mylar is a brand name associated with polyester film materials and is widely used to describe this type of speaker diaphragm.
Most conventional Mylar miniature speakers use a dynamic electromagnetic structure consisting of a permanent magnet, voice coil, diaphragm and suspension. When an audio signal passes through the voice coil, electromagnetic force causes the diaphragm to vibrate and generate sound waves.
The lightweight polyester diaphragm supports compact speaker construction and is commonly used in headphones, earphones, mobile devices, portable audio equipment and other electronic products where installation space is limited.
Main Characteristics of Mylar Speakers
Lightweight polyester film diaphragm for compact speaker construction.
Available in round and oval speaker configurations.
Different impedance options, including 4Ω and 8Ω models.
Compact dimensions for headphones and portable electronic devices.
Different rated power levels for low-power audio applications.
Dynamic electromagnetic sound generation in conventional Mylar speaker designs.
Selected models use NdFeB neodymium magnets.
How Does a Mylar Speaker Work?
A conventional Mylar speaker operates through electromagnetic induction. Electrical audio signals pass through a voice coil positioned within a permanent magnetic field. The interaction between the magnetic field and coil current generates mechanical force that moves the diaphragm.
The lightweight Mylar diaphragm moves back and forth according to the audio signal, creating pressure variations in the surrounding air. These pressure variations form the sound waves that are heard by the listener.
1. Audio Signal Input
An audio signal from an amplifier or electronic audio circuit is supplied to the speaker voice coil. The signal contains the frequency and amplitude information that determines the reproduced sound.
2. Electromagnetic Force Generation
Current flowing through the voice coil interacts with the magnetic field generated by the permanent magnet. This interaction creates a force that moves the voice coil and attached diaphragm.
3. Mylar Diaphragm Vibration
The polyester film diaphragm vibrates in response to the movement of the voice coil. Its material properties, thickness, shape and suspension affect the speaker's acoustic characteristics.
4. Sound Wave Generation
The vibrating diaphragm moves the surrounding air and generates audible sound waves. The resulting frequency response, sound pressure level and distortion depend on the speaker structure, magnetic circuit, input signal and acoustic enclosure.
5. Audio Reproduction
The speaker reproduces the electrical audio signal as sound. Proper matching between the speaker impedance, amplifier output and rated power is important for stable operation and consistent acoustic performance.
MANORSHI Mylar Speaker Product Range
MANORSHI supplies miniature Mylar speakers in different sizes and electrical configurations. The current range includes oval, round and slim-profile speaker designs for headphones, portable electronics and compact audio products.
The following table summarizes five Mylar speaker models. Please refer to individual product datasheets for final engineering specifications and the exact configuration available for each model.
| Model | Size | Rated / Max Power | Impedance | SPL | Frequency Response |
| MNY20N08A | 20mm oval | 0.25W / Not specified | 8Ω ±15% | 87±3dB* | Fo–20kHz |
| MNY30N08A | 30mm | 0.25W / 0.5W | 8Ω listed* | 91±3dB/W/M | Fo–6kHz |
| MNY23N08AB | 23 × 3.5mm | 0.25W / Not specified | 4Ω / 8Ω versions* | 87±3dB* | Fo–20kHz |
| MNY36N08AB | 36mm round | 0.25W / Not specified | 4Ω listed* | 91±3dB/W/M | Fo–6kHz |
| MNS13H041R8MW50 | 13mm | 0.5W / 0.8W | 8Ω ±15% | 86±3dB/W/M | Fo–20kHz |
*MNY20N08A and MNY23N08AB have published SPL notation of 87±3dB at 0.1W, but the measurement distance should be confirmed against the approved datasheet. MNY30N08A, MNY23N08AB and MNY36N08AB also require final confirmation of their impedance configurations.
The MNY30N08A has a rated power of 0.25W and a maximum power of 0.5W. The MNS13H041R8MW50 has a rated power of 0.5W and a maximum power of 0.8W. These values should not be treated as interchangeable.
Selected models use NdFeB neodymium magnets. Please consult the individual product specifications for magnet material, diaphragm construction, exact dimensions and electrical tolerances.
Request Mylar Speaker Datasheets
Mylar Diaphragm Materials and Speaker Construction
The diaphragm is one of the most important components in a miniature speaker. Its material, thickness, shape and mechanical properties influence diaphragm movement, frequency response, acoustic output and distortion.
Mylar Polyester Film Diaphragm
Mylar diaphragms commonly use PET polyester film. This material supports lightweight and compact diaphragm construction, making it suitable for miniature speakers used in headphones, earphones and portable electronic devices.
The actual acoustic performance depends on film thickness, diaphragm geometry, suspension design, voice coil and magnetic circuit. A Mylar diaphragm alone does not determine the speaker's sound quality or frequency response.
NdFeB Neodymium Magnet
Neodymium-iron-boron (NdFeB) magnets are used in selected miniature speaker designs because of their high magnetic energy density. They can support compact magnetic circuits and help achieve suitable electromagnetic performance within limited installation space.
MANORSHI's MNY20N08A, MNY30N08A, MNY23N08AB and MNY36N08AB product listings identify NdFeB magnet material. The magnet specification should be confirmed for each selected model.
Metal and Plastic Speaker Frames
Speaker frames provide mechanical support for the diaphragm, magnetic structure and voice coil. Metal and plastic frames can be used in miniature speaker designs according to the required rigidity, dimensions, weight and manufacturing process.
The frame structure also influences mounting stability and the integration of the speaker into the final electronic product.
Mylar Speaker vs. Other Diaphragm Materials
Different speaker diaphragm materials have different mechanical and acoustic characteristics. Mylar polyester film, paper and fabric are commonly used in dynamic speaker designs, depending on the intended application and product requirements.
| Comparison | Mylar / PET Film | Paper Diaphragm | Fabric Diaphragm |
| Material | Polyester film | Paper-based material | Woven or engineered fabric |
| Construction | Thin film diaphragm | Molded paper diaphragm | Flexible fabric structure |
| Design Considerations | Film thickness, stiffness and geometry | Density, coating and structural stiffness | Weave, treatment and mechanical damping |
| Typical Applications | Miniature speakers and portable electronics | Various audio speaker designs | Selected dynamic speaker structures |
No diaphragm material is universally superior. The appropriate material depends on the speaker dimensions, magnetic circuit, frequency response, power handling, distortion requirements and intended acoustic enclosure.
Important Technical Specifications of Mylar Speakers
When selecting a Mylar speaker, engineers should evaluate its electrical characteristics, acoustic performance and mechanical dimensions. The following parameters are important for matching the speaker with the amplifier and final product design.
Rated Power and Maximum Power
Rated power indicates the speaker's specified power handling capability under defined operating conditions. Maximum power refers to the permitted higher input level under a specified test condition or duration.
For example, the MNY30N08A is listed with 0.25W nominal power and 0.5W maximum power. The MNS13H041R8MW50 has 0.5W nominal power and 0.8W maximum power.
The amplifier output should be matched to the speaker's rated power. Excessive input power can cause voice coil overheating, diaphragm damage and increased distortion.
Speaker Impedance: 4Ω and 8Ω
Speaker impedance describes the opposition presented by a speaker to an alternating electrical audio signal. It is measured in ohms (Ω) and is an important parameter when matching the speaker with an amplifier.
MANORSHI offers Mylar speaker configurations with 4Ω and 8Ω options. The selected impedance must be compatible with the amplifier's permitted load range and power output specifications.
Lower impedance can result in higher current demand from an amplifier under comparable voltage conditions. Always check the amplifier's minimum supported impedance before selecting a speaker.
Sound Pressure Level (SPL)
Sound pressure level measures the acoustic output of a speaker and is expressed in decibels (dB). It is normally specified together with the input power, measurement distance and test frequency.
A speaker rated at 91±3dB/W/M is measured under a different input condition from a speaker rated at 87±3dB at 0.1W. These values should not be directly compared without considering the measurement method.
Sensitivity
Speaker sensitivity describes the acoustic output generated for a specified electrical input. It is commonly expressed as dB SPL at 1W/1m or another defined test condition.
Higher sensitivity generally means that a speaker can produce greater acoustic output for the same electrical input under comparable conditions. Sensitivity should be compared using the same input power, distance and frequency range.
Resonant Frequency (Fo)
Resonant frequency, commonly represented by Fo or Fs, is the natural resonance of the speaker's mechanical system. It is influenced by the diaphragm, suspension, moving mass and mechanical structure.
For example, the MNY30N08A has a published resonant frequency of 400Hz, while the MNS13H041R8MW50 is specified at 1300±20%Hz.
Frequency Response Range
Frequency response indicates the range of frequencies a speaker can reproduce under specified measurement conditions. It is normally expressed in hertz (Hz) or kilohertz (kHz).
Several MANORSHI Mylar speaker models are listed with frequency responses extending from Fo to 20kHz, while selected models have an upper response limit of 6kHz. The complete frequency response curve is recommended for detailed acoustic evaluation.
Total Harmonic Distortion (THD)
Total harmonic distortion measures unwanted harmonic components produced during sound reproduction. It is usually expressed as a percentage under specified input power and frequency conditions.
Lower THD is generally desirable for clearer audio reproduction. Customers requiring low-distortion speaker performance should request the model-specific test report and frequency response data.
Magnet Material and Diaphragm Construction
Magnet material and diaphragm construction influence the mechanical and electromagnetic characteristics of a miniature speaker. Selected MANORSHI Mylar models list NdFeB magnets, while the polyester diaphragm provides the lightweight moving structure.
Applications of Mylar Speakers
Mylar speakers are commonly integrated into compact electronic devices that require voice reproduction, audio playback and audible notifications. Their dimensions and acoustic characteristics make them suitable for different consumer and communication electronics applications.
Headphones and Earphones
Headphones and earphones use miniature Mylar speaker drivers to reproduce audio signals. Driver diameter, thickness, impedance, frequency response and sensitivity are important when integrating speakers into limited internal spaces.
Mobile Phones and Communication Devices
Mobile phones and communication terminals use compact speakers for voice playback, notification sounds and multimedia audio. A suitable miniature speaker must match the audio amplifier, available installation space and acoustic enclosure.
Portable Electronic Devices
Portable electronic products, learning devices, handheld instruments and compact multimedia equipment use miniature speakers for audio playback and voice prompts. Lightweight speaker construction can help optimize internal product layouts.
Smart Home and IoT Devices
Smart home controllers, electronic locks, voice terminals and IoT devices can use compact speakers for voice notifications, status indications and user interaction. Impedance, rated power and installation dimensions should match the host circuit.
Computer and Notebook Accessories
Miniature audio drivers are used in computer accessories, portable terminals and notebook-related electronic products. Speaker dimensions, mounting structure and frequency response should be considered during equipment integration.
Electronic Toys and Multimedia Products
Electronic toys, multimedia devices and interactive products use compact speakers to reproduce music, speech and notification sounds. The selected driver should meet the required sound output while remaining compatible with the available power supply.
How to Select the Right Mylar Speaker
Selecting a suitable Mylar speaker requires matching its electrical specifications, acoustic performance and mechanical dimensions to the intended electronic product. The following factors help engineers and purchasing teams evaluate different models.
1. Determine the Speaker Size and Shape
Measure the available installation space and determine whether the product requires a round or oval speaker. Check the overall diameter, width, length and thickness, together with the mounting and terminal positions.
2. Choose the Correct Impedance
Confirm whether the amplifier requires a 4Ω or 8Ω speaker. The selected impedance must be compatible with the amplifier's permitted load range and rated output power.
3. Match Rated Power to the Audio Amplifier
Choose a speaker whose rated power is suitable for the audio amplifier. Check both nominal and maximum power ratings, and avoid operating the speaker beyond its specified power handling capability.
4. Evaluate SPL and Sensitivity
Determine the required acoustic output and compare speaker sensitivity under equivalent measurement conditions. Consider the input power, test distance, test frequency and enclosure used during measurement.
5. Check Frequency Response and Resonant Frequency
Select a speaker with a suitable frequency response for the target application. Voice reproduction, headphone audio and multimedia playback may require different frequency characteristics. Review the complete response curve when detailed acoustic performance is important.
6. Consider Diaphragm and Magnet Materials
Evaluate the diaphragm material, thickness and magnetic structure according to the required acoustic and mechanical characteristics. Selected MANORSHI models use NdFeB magnets and Mylar polyester film diaphragms.
7. Evaluate the Acoustic Enclosure
The speaker enclosure affects the final acoustic response. Consider the available air volume, acoustic opening, sealing structure and mounting position. Test the speaker in the actual enclosure rather than relying only on open-air measurements.
8. Confirm Electrical and Mechanical Connections
Check the terminal configuration, wire length, soldering requirements and mounting structure. Confirm that the selected speaker fits the PCB and housing without obstructing the diaphragm or sound outlet.
9. Test Samples Before Mass Production
Evaluate samples with the actual amplifier, PCB, enclosure and operating conditions. Verify impedance, SPL, frequency response, distortion, power handling and mechanical compatibility before confirming the model for mass production.
Mylar Speaker OEM and ODM Manufacturing
MANORSHI supplies Mylar speaker components for headphone manufacturers, mobile device producers, consumer electronics companies, portable audio equipment manufacturers and electronic component distributors.
Our miniature Mylar speaker range includes different dimensions, impedance options, rated power levels and acoustic characteristics. OEM and ODM project requirements can be evaluated according to the intended application and product design.
For OEM and ODM project evaluation, customers can provide the following information:
Required speaker diameter, length, width and thickness.
Round or oval speaker configuration.
Nominal impedance: 4Ω, 8Ω or other requirements.
Rated power and maximum power handling.
Target SPL and measurement conditions.
Required frequency response range.
Resonant frequency and frequency response curve requirements.
Sensitivity and THD requirements.
Mylar diaphragm and magnet material requirements.
Terminal configuration and wire length.
Acoustic enclosure and mounting dimensions.
Operating temperature and environmental requirements.
Sample quantity and estimated annual purchase volume.
Customers can request available product datasheets, mechanical drawings and samples for engineering evaluation. Custom dimensions, electrical configurations and material requirements can be discussed according to product feasibility.
Minimum order quantity, customization availability, packaging and production lead time should be confirmed according to the selected model and project requirements.
Discuss Your Mylar Speaker OEM Project
Frequently Asked Questions About Mylar Speakers
1. What Is a Mylar Speaker?
A Mylar speaker is a speaker that uses a lightweight polyester film diaphragm, commonly made from PET material. It is frequently used in miniature dynamic speaker designs for headphones, mobile devices and portable electronic products.
2. What Is Mylar Diaphragm Material?
Mylar is a brand name associated with biaxially oriented polyester film. In speaker applications, Mylar generally refers to a thin PET-based diaphragm that vibrates in response to the movement of the speaker's voice coil.
3. How Does a Mylar Speaker Work?
A conventional Mylar speaker uses electromagnetic force to move its voice coil and diaphragm. When an audio signal passes through the coil, the magnetic interaction causes the Mylar diaphragm to vibrate and generate sound waves.
4. What Is the Difference Between a Mylar Speaker and a Dynamic Speaker?
Mylar describes the diaphragm material, while dynamic describes the electromagnetic operating principle. Many Mylar speakers are dynamic speakers that use a voice coil and permanent magnet to move a polyester film diaphragm.
5. What Is the Difference Between a Mylar Speaker and a Piezo Speaker?
A conventional Mylar dynamic speaker uses a voice coil and magnetic field to move a diaphragm. A piezo speaker uses the deformation of a piezoelectric ceramic element to generate vibration. Their electrical loads, driving requirements and acoustic applications are different.
6. What Impedance Options Are Available for MANORSHI Mylar Speakers?
MANORSHI's current Mylar speaker listings include 4Ω and 8Ω configurations. Selected models have different impedance versions. Confirm the exact impedance of the selected model before connecting it to an audio amplifier or placing a bulk order.
7. What Is the Difference Between a 4Ω and an 8Ω Mylar Speaker?
A 4Ω speaker has a lower nominal impedance than an 8Ω speaker. Under comparable voltage conditions, a lower impedance may result in higher current demand. The correct choice depends on the amplifier's supported load range and the required output power.
8. What Does 0.25W Mean in a Mylar Speaker Datasheet?
A 0.25W rating indicates the speaker's specified nominal power handling under defined test conditions. It should not be confused with maximum power, which may be higher for a specified test duration or signal condition.
9. What Is the Difference Between Rated Power and Maximum Power?
Rated power is the speaker's specified power handling capability under defined operating conditions. Maximum power represents a higher permitted input level under specific test conditions. The amplifier should be matched to the speaker's rated power and the manufacturer's recommended limits.
10. What Is SPL in a Mylar Speaker?
SPL stands for Sound Pressure Level and measures the acoustic output of a speaker in decibels (dB). It should be evaluated together with the input power, measurement distance and test frequency. These conditions are important when comparing different models.
11. What Is the Resonant Frequency of a Mylar Speaker?
Resonant frequency, or Fo, is the natural resonance of the speaker's mechanical system. It depends on the diaphragm, suspension and moving mass. The resonant frequency is an important parameter when evaluating low-frequency performance and acoustic enclosure design.
12. What Is the Difference Between Fo and Frequency Response?
Fo represents the speaker's resonant frequency, while frequency response describes the range of frequencies the speaker can reproduce under specified conditions. They are related but are not interchangeable parameters.
13. Which MANORSHI Mylar Speaker Is Suitable for Headphones?
Models such as MNY30N08A and MNY23N08AB can be evaluated for headphone and miniature audio applications. The final choice should depend on driver dimensions, impedance, rated power, frequency response and acoustic enclosure requirements.
14. Which MANORSHI Mylar Speaker Is Suitable for Compact Electronic Devices?
The MNS13H041R8MW50 is a 13mm miniature speaker with 8Ω impedance, 0.5W nominal power and 0.8W maximum power. It can be evaluated for compact mobile and portable electronic products.
15. Is the MNY30N08A a 0.5W Speaker?
The published MNY30N08A specification lists 0.25W nominal power and 0.5W maximum power. When selecting an amplifier, use the rated power and the manufacturer's operating recommendations rather than treating the maximum power as the continuous rating.
16. Can Mylar Speakers Be Used in Mobile Phones?
Yes. Miniature Mylar speakers can be integrated into mobile devices and communication equipment for voice and audio reproduction. The selected model should match the available installation space, amplifier impedance and required acoustic performance.
17. Are Mylar Speakers Waterproof?
Water resistance depends on the speaker's housing, diaphragm construction and sealing design. A Mylar diaphragm alone does not make a speaker waterproof. For applications exposed to moisture, request the actual IP rating and environmental test documentation of the selected model.
18. Does MANORSHI Provide Mylar Speaker Samples?
Customers can contact MANORSHI to confirm sample availability for selected Mylar speaker models. Providing the model number, required impedance, power rating and sample quantity helps identify a suitable product for engineering evaluation.
19. Does MANORSHI Support OEM and ODM Mylar Speaker Projects?
MANORSHI can evaluate OEM and ODM requirements according to the selected speaker model and project specifications. Customers can provide product drawings, acoustic requirements, electrical parameters and estimated purchase quantities for assessment.
Contact MANORSHI for Mylar Speaker Solutions
Looking for a Mylar speaker manufacturer for your headphone, mobile phone, portable electronics or consumer audio equipment project?
MANORSHI supplies miniature Mylar speakers with different dimensions, impedance configurations, rated power levels and acoustic characteristics for electronic component distributors and OEM manufacturers.
Send us your required speaker dimensions, impedance, rated power, SPL, frequency response and estimated purchasing quantity. Our team can help evaluate suitable models and provide available technical information for your project.
Contact MANORSHI for a Quotation
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