高效無(wú)硼PTFE過(guò)濾器

詳情

應(yīng) 用 Appcation

◆適用于風(fēng)量大、制作溫度高、蒸汽無(wú)硼等要求場(chǎng)合；通常用于汽車(chē)濾芯、凈化器濾芯 

性能特點(diǎn) Features

◆可制作F6~U17過(guò)濾效率等級(jí),不同的等級(jí)適用不同的要求 

◆芯片采用全自動(dòng)電腦控制系統(tǒng)進(jìn)行噴膠折疊，折疊峰高范圍可在15~96 mm間無(wú)級(jí)調(diào)節(jié)，幅寬可達(dá)1220mm 

◆輕薄型，重量輕，密封性好，結(jié)構(gòu)緊湊，安裝方便、效率高、阻力低、運(yùn)行成本低 

◆耐溫：≤ 90℃ 

◆每臺(tái)均按EN1822:2009標(biāo)準(zhǔn)經(jīng)過(guò)嚴(yán)格測(cè)試出廠 

◆可定制任意尺寸 

材質(zhì) Material

◆外   框：陽(yáng)極氧化鋁型材、不銹鋼、塑料框等

◆濾   料：PTFE(性能穩(wěn)定) 低壓損高效率 強(qiáng)度好 使用時(shí)間長(zhǎng)

◆分隔物：熱熔膠

◆護(hù)   網(wǎng)：壓平鋁網(wǎng)、 白色烤漆網(wǎng)（增加強(qiáng)度）

◆密封膠：聚氨酯（無(wú)氣味）

◆密封墊：EVA、EPDM、CR

常用規(guī)格性能參數(shù) Parameter      

◆終壓降約為初始?jí)航档?-3倍，外型尺寸可按照客戶(hù)需求定制

結(jié)構(gòu)示意圖  Structure diagram

◆1號(hào)框體：?jiǎn)螌愉X合金型材                                                                  ◆2號(hào)框體：雙層鋁合金型材制

◆3號(hào)框體：金屬箱型                                                                  ◆4號(hào)框體：金屬單凸法蘭型

初始?jí)航蹬c風(fēng)量性能曲線圖 Performance curve diagram

Features

1. Frame：69 extruded aluminum

2.Media: PTFE membrane combines ultra-high efficiency with negligible pressure drop

3. Lower energy consumption-save more than 40%

4. High resistance to corrosive environments (acids, alkalis, organic substance)

5. Tougher media, more resistance to rough handling in transportation and installation.

6. Lower profile, reducing space and weight

7. Efficiency： H13、H14

Wide size are available.

Product Description

The media pack combines maximum efficiency with lowest pressure drop, and the media pack is available in assorted depth and size configurations, allowing for a variety of application requirements. The PTFE membrane pack is produced to assure precision in pleat spacing and height, thereby reducing “dead-spots" and promoting consistent and uniform air distribution throughout the filter. The pleat design allows the air to move throughout the entire depth of the filter, utilizing the full cleaning capability of the membrane.

Compared with conventional fiberglass media, the PTFE media provides superior benefits including inert chemical properties, more uniform fiber distribution, smaller fiber diameters and pore size, which reduces resistance with higher filtration performance to achieve substantial energy savings.