Electromagnetic absorber, Soft whiteboard, RFID absorber, EMC absorber, NFC absorber
Shenzhen PH Functional Materials Co., Ltd.: China’s first high-tech enterprise focusing on R&D, production, and sales of sheet-shaped wave-absorbing materials and electromagnetic shielding coatings.
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Quality Driven
PH has a complete quality inspection system to ensure that the quality of flexible absorbers leaving the factory is in line with national standards.
Customer Focused
PH has a complete service process, and will maintain communication with customers during the service process to ensure the effective advancement of EMC absorber orders.
Global Sourcing
PH produces flexible absorbing materials, electromagnetic wave absorbers, and wireless charging ferrites recognized by customers worldwide.
ABOUT US
Shenzhen PH Functional Materials Co., Ltd.
As a national high-tech enterprise in China, we have independently developed a series of electromagnetic functional materials such as flexible absorber material, RFID absorber, EMI suppressor sheet, NFC absorber, electromagnetic wave absorber and EMI isolation wave absorber, which are at the domestic advanced level.
Founded in 2011, Shenzhen PH Functional Materials Co., Ltd. is the first national high-tech enterprise in China to focus on the R&D, production and sales of wave-absorbing materials and electromagnetic shielding coatings in sheet form.
With the advanced material testing and R&D platform of Sichuan University, we have independently developed multiple series of absorber sheets, NFC absorbers, silicone absorbers, wireless charging ferrite, flexible absorbent material, flexible absorbing material, ferrite sheet, soft magnetic ferrite magnetic powder, electromagnetic shielding coatings, and other electromagnetic functional materials with a leading level in China.
The products have the characteristics of absorbing electromagnetic waves, increasing magnetic flux, resisting metal interference and isolating magnetic fields. They are widely used in the fields of wireless charging, RFID, NFC and EMC in electronic products.
PRODUCT CATEGORY
PH’s products are mainly divided into absorbing sheets, EMI suppressor sheets, EMC absorbers, flexible absorbent material, ferrite sheet, electromagnetic shielding coating, and other electromagnetic functional materials. Our products have the features of absorbing and shielding electromagnetic waves, increasing magnetic flux, anti-metal interference, and magnetic field isolation, and are widely used in wireless charging modules, RFID electronic tags, smart cards, NFC modules, EMI, EMC, and other fields.
HOT PRODUCTS
Microwave absorber electromagnetic absorber
Wave-absorbing material is a noise-reduction magnetic film made of soft magnetic powder and resin in a certain proportion.It has high permeability and soft sides covered with double-sided tape.Just paste it in the right position and it has excellent noise suppression.
RF absorber materials flexible nfc ferrite sheet
By attached between the antenna and the back metal, forming a magnetic conduction channel, which can eliminate the interfere to antenna from metal (Or other sources of interference) , Enable the antenna to transmit a signal normally.
Antenna Ferrite Sheet for RFID NFC Ferrite Plate
By attached between the antenna and the back metal, forming a magnetic conduction channel, which can eliminate the interfere to antenna from metal (Or other sources of interference) , Enable the antenna to transmit a signal normally.
Silicone absorber
Silicone absorber material is a material used for electromagnetic wave absorption. It usually consists of silicone, conductive materials, and filler materials. Silicone is a polymer organic material with good flexibility, heat resistance, and chemical resistance, which can be used as a substrate for wave-absorbing materials.
EMI suppressor sheet
EMI suppressor sheet is a flexible impact-resistant soft magnetic material made of magnetic materials and resins. It is an electromagnetic noise suppression product that can suppress radiated magnetic sounds generated by electronic equipment within a wide frequency range.
EMI isolation wave absorber
Wave-absorbing material is a noise-reduction magnetic film made of soft magnetic powder and resin in a certain proportion.It has high permeability and soft sides covered with double-sided tape.Just paste it in the right position and it has excellent noise suppression.
Application
Wave absorbing sheet, EMC absorber, NFC absorber, flexible absorbing material, ferrite sheet, flexible whiteboard, RFID absorber, sintered ferrite sheet, silicone absorber, electromagnetic shielding coating, and other electromagnetic functional materials. The product has the characteristics of absorbing and shielding electromagnetic waves, increasing magnetic flux, resisting metal interference, and magnetic field isolation.
The wave-absorbing sheet is a type of material that is designed to reduce the reflection and transmission of sound waves. It has several applications across various industries that require noise reduction and improved acoustics. In the aerospace industry, wave-absorbing sheets are used to reduce noise levels inside aircraft cabins and engine compartments. Wave-absorbing sheets are also used in the marine industry to reduce noise levels in boats and ships. In industrial settings, wave-absorbing sheets are used to reduce noise levels and improve worker safety.
Company Certificates
Since its establishment, PH has attached special importance to the strengthening of the company, qualification promotion and the protection of intellectual property rights. In these years, it has obtained a number of government subsidy projects, government recognized qualifications, a number of invention patents, utility model patents and foreign patents.
TESTIMONIALS
Using EMI Absorbers to Reduce Interference and Enhance System Performance
EMI absorbers, also known as suppressed enclosures or shielded enclosures, are designed to reduce electromagnetic interference (EMI) and radio frequency interference (RFI). EMI absorbers are used in a wide variety of industries to reduce EMI and RFI in electronic components,
Low-Cost DIY Solutions to Reduce EMI and Maximize Signal Quality
Interference from electromagnetic signals can be a major problem in the industrial work environment, as well as in consumer applications. Fortunately, there are some simple and highly-effective low-cost solutions available for those seeking to reduce EMI and maximize signal quality.
Flexible Absorbing Materials in Electronics
The ever-evolving landscape of electronics demands innovation not only in device functionality but also in materials used in their construction. As our gadgets become increasingly integrated into our daily lives, the need for efficient electromagnetic interference (EMI) shielding and noise
Using an EMI Absorber to Reduce Interference and Increase Signals
Electromagnetic interference (EMI), sometimes referred to as radio frequency interference (RFI), is one of the most common sources of interference in electronic systems. EMI absorbers are often used to reduce its effects and increase signal strength. How Does EMI Absorption
5 Reasons to Install EMI Absorbing Materials in Your Facility
Electromagnetic interference (EMI) is an ever-present phenomenon that can wreak havoc on electrical and electronic equipment. In fact, companies in the technology industry are well-acquainted with the nuisance of EMI interference, but many other businesses are also affected. To mitigate
Beyond the Bounce: How RFID Absorbers Enhance Signal Efficiency
Radio-frequency identification (RFID) technology has become an integral part of modern life, revolutionizing industries ranging from logistics to healthcare. Its ability to track and manage assets, monitor inventory, and enhance security has made it indispensable. However, as RFID technology has
If you need industrial solution, We are available for you
We can provide you with innovative electromagnetic functional material solutions. Our flexible absorber has the characteristics of absorbing electromagnetic waves, increasing magnetic flux, resisting metal interference and isolating magnetic fields.
