3.25"X3.75" PP Rpp PVC PVDF Plastic Q-Pack Packing Octagonal Packing Screen Packing

• Customization: Available
• Material: PP
• Structure Feature: Ring Form Filler
• Model NO.: OB-QPACK
• Type: Random Packing
• Usage: Chemical Industry Product
• Effect: Improve The Wear Resistance
• Source: Particle
• MOQ: 1cubic Meter
• Transport Package: Woven Bag
• Specification: 3.25"x3.75"
• Trademark: obbo
• Origin: China
• HS Code: 3926909090
• Package Size: 50.00cm * 50.00cm * 50.00cm
• Package Gross Weight: 5.000kg

Product Description

Product Description

Q-Pack packing, abbreviated as screen packing, is currently mainly made of polypropylene, also known as PP screen or polypropylene screen. An exciting new creation in the design of Q-pack packed high capacity packed towers. Its structure uses droplet points and gas turbulence to create millions of small droplets, increasing the gas-liquid contact area with minimal airflow resistance. PP mesh high capacity packing provides high-quality mass transfer and low pressure drop.

Product Parameters

   

The material	Size	Number of stacks	Bulk density	Void ratio	Dry filler factor	Condensation point	Surface Area
(mm)	(mm)	(n/m3)	(kg/m3)	(%)	(m-1)	/	m²/m³
PP	95*82.5	1165	33.7	96.3	23	388	98.4

 

Our Advantages

1. The design and self-cleaning performance of excellent pollution resistant uniform spacing rods reduce mineral scaling or block biological growth. This means less time for maintenance;
2. Higher gas velocity, smaller equipment can achieve higher gas velocity than traditional tower packing. The design of scrubbers and gas cooling towers can achieve much higher efficiency than traditional speeds without sacrificing efficiency. Chromatographic columns with smaller diameters that can reduce the size of buildings, typically with smaller pumps and demisters;
3. Upgrading old equipment with increased capacity can be achieved by adding high capacity PP mesh fillers to the traditional packaging, which is a small part of the cost of another tower to obtain additional capacity;
4. Especially when it comes to the thermal and corrosion resistance of professional thermoplastic materials.

 

Application

Q-pack filler is designed based on the structure of HD/QPac. Typical applications: biological treatment, physical filtration, seawater desalination, pretreatment, scrubber and gas cooling tower packing, stainless steel oil-water separation; Wastewater treatment; Water treatment in aquariums and aquaculture industries. Used for biological treatment, physical filtration, seawater desalination pretreatment, significantly improving the equivalent gas/liquid contact area, high mass transfer efficiency, relatively reducing the defogging layer, low equipment investment required, high air gap rate, reduced pressure, low fan energy consumption, and good anti scaling and anti blocking characteristics

Packaging & Shipping

 

Package Type	Container Load Capacity		Delivery time	Quality Insurance	Payment Terms
	20GP	40GP
Ton bag	20m3	40m3	Within 7-14 days	Chinese National Standard; Offer quality assurance as request.	T/T, L/C, Paypal, West Union
Plastic bag	20m3	40m3
Paper box	20m3	40m3
Wooden box	20m3	40m3

Company Profile

Pingxiang Obbo Environmental Technology Co., Ltd is an industrial ceramic manufacturer and advanced ceramic research company, which is located in Jiangxi Pingxiang Industrial Ceramic Park - the capital of ceramic in China. Obbo environmental is specializing in manufacturing ceramic media and distributing its products over the world.

The main Industrial ceramic media we produce includes: Ceramic Honeycomb carrier, honeycomb ceramic Heat Recovery Media, Catalyst Carrier, ceramic foam filter, three way catalytic converter, as well as ceramic packings and related products. We provide customized solutions for honeycomb ceramic media and our products are widely applied in the industries of chemical, electric power, metallurgy, petroleum, electronics, electrical appliances, machinery, environmental, residential, etc.

With the team of ceramic professionals and senior consultants, Obbo environmental has made significant breakthroughs of high temperature material and high cell density honeycomb ceramics and it will keep pushing the edges.