Pleated Media with Laminated Metal Mesh

• Customization: Available
• Clapboard: without Clapboard
• Filter Number: 1
• Model NO.: RT-MSF, RT-ME, RT-MAC
• Medium Material: Cotton
• Efficiency: Pre Filter
• Filtration Grade: Pre Filter
• Type: Filter Media
• Model No.: Rt-Msf,Rt-Me,Rt-Mac
• Transport Package: PE Bag
• Specification: The air outlet surface is compounded with a layer
• Trademark: RT
• Origin: Guangzhou, China
• Production Capacity: 10000 Rolls/Year

Product Description

Detailed Photos

 

 

Features

 

• Low resistance;
• The air outlet surface is compounded with a layer of metal mesh or rigid plastic mesh;
• High stiffness of materials;
• Good shaping effect after folding;
• No deformation when used under large air volume.

Application

Special raw materials for paper frame filter can also be used for plate filter with coarse and medium efficiency.

Specification

Synthetic Pocket Media with lamianted metal mesh
Model	Filtration Class	Eff. (%)	Filter object	Thickness (mm)	Weight (g/m^2)	I.N.P (Pa)	F.N.P (Pa)	Dust capacity(g/m^2)	Material
RT-MSF04	G4	95%	≥5μm	3±1	260±10	15±2	200	1	PE Nonwoven
RT-MSF05	M5	45%	≥1μm	3±1	230±10	7±2	250	1	PE+PP
RT-MSF06	M6	65%	≥1μm	3±1	240±10	11±2	250	1	PE+PP
RT-MSF07	F7	85%	≥1μm	3±1	250±10	16±2	250	1	PE+PP
RT-MSF08	F8	90%	≥1μm	3±1	260±10	23±2	300	1	PE+PP
RT-MSF09	F9	95%	≥1μm	3±1	270±10	28±2	300	1	PE+PP

 

 

 

Electrostatic media with laminated metal mesh
Model	Filtration Class	Eff. (%)	Filter object	Thickness (mm)	Weight (g/m^2)	I.N.P (Pa)	F.N.P (Pa)	Dust capacity (g/m^2)	Material
RT-ME05	M5	45%	≥1μm	1.0±0.2	200±10	3	300	1	Electrostatic Needle-punched Filter Media
RT-ME06	M6	65%	≥1μm	1.1±0.2	210±10	4	300	1	Electrostatic Needle-punched Filter Media
RT-ME07	F7	85%	≥1μm	1.2±0.2	230±10	6	300	1	Electrostatic Needle-punched Filter Media
RT-ME08	F8	90%	≥1μm	1.5±0.2	260±10	7	350	1	Electrostatic Needle-punched Filter Media

 

 

Activated carbon media with laminated metal mesh
Model	Filtration Class	Eff. (%)	Filter object	Thickness (mm)	Weight (g/m^2)	I.N.P (Pa)	Benzene (%)	Deodorization performance  (30 minutes)	Material
RT-MAC	G4	45%	≥5μm	3±1	400±10	20	>90%	>95%	Activated carbon media

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