NIR-transmissive thermoplastic;NIR-transmissive plastic;NIR-transmissive polymer;NIR-transmissive PC;High NIR transmission PC; PC with high transmittance at 850nm/940nm;NIR-transmissive PMMA;High NIR transmission PMMA; PMMA with high transmittance at 850nm/940nm;Infrared-transmitting Acrylic;Optical-Grade IR PMMA;IR-transparent PMMA;Infrared-transmitting plastic;Infrared-transmitting PMMA;Infrared-transmitting polymethyl methacrylate;Infrared Transparent Polycarbonate;Infrared Transparent PC;Infrared Transparent Plastic;650-1650nm transmitting polycarbonate;700-1650nm transmitting polycarbonate;780-1650nm transmitting polycarbonate;800-1650nm transmitting polycarbonate;850-1650nm transmitting polycarbonate;900-1650nm transmitting polycarbonate;650-1650nm transmitting PC;700-1650nm transmitting PC;780-1650nm transmittingPC;800-1650nm transmitting PC;850-1650nm transmittingPC;900-1650nm transmittingPC;Infrared Transparent Polycarbonate;Infrared Transparent PC;Infrared Transparent Plastic;Near-Infrared Transmissive Polycarbonate ;infrared transmitting PC;near infrared transmitting PC;near infrared transmitting polycarbonate;infrared transmitting polycarbonate;Near-Infrared Transmissive PC ;they are high transmittance( 94% )in the near-infrared (NIR) spectrum (600~1650 nm) ; Infrared-transmitting Acrylic;Optical-Grade IR PMMA;IR-transparent PMMA;Infrared-transmitting plastic;Infrared-transmitting PMMA;Infrared-transmitting polymethyl methacrylate;Infrared Transparent Plastic;Optical-Grade IR PMMA;IR-transparent PMMA;near infrared transmitting plastic;near infrared transmitting PMMA;near infrared transmitting polymethyl methacrylate;near infrared Transparent Plastic;NIR-transmissive ABS;The plastic in the 7~14μm far-infrared range;Far-Infrared 2-14μm transparent thermoplastic;HDPE with 50% transmittance at 40μm; HDPE with 60% transmittance at 40μm;HDPE with 70% transmittance at 40μm;HDPE with 50% transmittance at 2-14μm;HDPE with 60% transmittance at 2-14μm;HDPE with 70% transmittance at 2-14μm;HDPE with 80% transmittance at 2-14μm; HDPE with 50%-83% transmittance at 2-14μm;LWIR-Transmissive Polymer;2-14μm transparent thermoplastic;7-14 micron transmitting plastic material;8-14 micron transmitting plastic material;8-12 micron transmitting plastic material;7-12 micron transmitting plastic material;5-14 micron transmitting plastic material;plastic material transparent in the 7-14 micron wavelength range;plastic material transparent in the 7-12 micron wavelength range;plastic material transparent in the 8-14 micron wavelength range;plastic material transparent in the 5-14 micron wavelength range;plastic material transparent in the 5-12 micron wavelength range;Far-Infrared Transmissive Plastic;Far-Infrared transmitting Plastic; Far-Infrared transparent Plastic;Far-Infrared transmitting thermoplastic; Far-Infrared transparent thermoplastic;FLIERMOUSE brand far-infrared transmissive plastic is a specialized plastic material engineered to allow efficient penetration of far-infrared rays in the 7-14 micron wavelength range. This band closely matches human body thermal radiation (peaking at approximately 9-10 microns), making it an ideal choice for applications in human motion sensing and pyroelectric detection. Below is an analysis of its material properties, application principles, and advantages:Wavelength Selectivity: Optimizes transmittance in the 7-14µm band through polymer structure design (e.g., polytetrafluoroethylene , polyolefins, polyethylene , polypropylene or doping modifications (e.g., fluoride additives), while blocking visible light and other interfering wavelengths.Low Absorption/Scattering: Minimizes energy loss caused by lattice vibrations and molecular bond resonance, ensuring minimal attenuation of infrared signals during transmission.Environmental Stability: Features weather resistance, UV resistance, and mechanical strength to meet industrial requirements. Certain variants incorporate surface coatings to enhance wear resistance.IR-Reflective Polyamide6.6 , IR-Reflective polyoxymethylene,IR-reflection(35-52%) within range 800-1200nm,can keep the same shade as the apparel accessories, backpack buckles, webbing, NIR-Stealth Polymer（PA66 (Nylon 66), PA6 (Nylon 6), and POM (polyoxymethylene). These engineering plastics are widely used in military gear (e.g., apparel accessories, backpack buckles, webbing) due to their mechanical strength, wear resistance, and processability.Application Scenarios: Military uniforms, backpacks, snap fasteners, and wearable equipment. The technology enhances soldier concealment against enemy IR detection devices (e.g., sniper rifle scopes, infrared binoculars).Near Infrared Stealth Plastic,Infrared Stealth PA66,Infrared Stealth PA6,Infrared Stealth POM,NIR-Blocking Plastic,NIR-Blocking PA66,NIR-Blocking PA6,NIR-Blocking Nylon,Infrared-Stealth Nylon6,Infrared-Stealth Nylon66,Infrared-Stealth polyoxymethylene,Near Infrared Stealth PA66,Near Infrared Stealth PA6,Near Infrared Stealth POM,Near Infrared Stealth Nylon66,Near Infrared Stealth Nylon6,Near Infrared Stealth polyoxymethylene,IR-Reflective POM,IR-Reflective PA6,IR-Reflective PA66,NIR-Reflective POM,NIR-Reflective PA6,NIR-Reflective PA66

2025年5月23日

FLIERMOUSE Brand Far-Infrared Transmissive Plastic(7-14µm or 2-14µm)

FLIERMOUSE brand far-infrared transmissive plastic (LWI…

2025年5月21日

FLIERMOUSE’s IR-Reflective plastic （IR-Reflective Polya…

2025年5月20日

Core Property Comparison Property Near Infrared-Transmi…

2025年5月12日

I. Basics of Standard Transparent PC Plastic II. FLIERM…

2025年5月11日

★ Basic Characteristics: Black NIR-transmitting PMMA pe…

2025年5月11日

[Ⅰ] Definition of Infrared-Transparent Polymer Material…

2025年5月8日

FLIERMOUSE Near-Infrared (NIR) Transmissive PMMA: Mater…