DNA Hexagonal 51mm Inlet 68mm Length Leather Top Filter

Hexagonal profile Universal Leather Top Clamp On filters for motorcycle, automotive, marine and industrial use. Personalized design with 8 different colors: Yellow, Blue, Red, Orange, Grey, Green, Light and Dark Brown.

Features

Length

68 mm

Top Style

Synthetic Leather

Filter Design

Hexagonal

Flange Length

16 mm

Inlet Diameter

51 mm

Related Models

DNA Hexagonal 51mm Inlet 68mm Length Leather Top Filter

Description

Features

Special Leather Top with synthetic leather on the top side of each filter, heat embossed with our minimal D logo.
8 different colors to match your seat, jacket, boots or your mentality maybe?
As always with our extremely high filtering efficiency ( 2 ) at 98-99% complying with the ISO 5011 standards using our special 4 layers of DNA cotton.
Perfect fitting for + - 1mm of the named diameter of the filter. Covering more than 95% of the throttle bodies available in the market!
Rust free! All our clamps are made from marine grade stainless steel and also our wire-mesh is marine grade aluminum epoxy coated.
Each filter is handcrafted and produced with passion in the details in our new production line for medium batches of air filters. Not a massive production line with no attention on the details.
This DNA filter is designed as a High Flow Air Filter for: road & racing use.

Specifications

DNA V-SERIES UNIVERSAL FILTERS / HEXAGONAL- SYNTHETIC LEATHER

PART NUMBER	DESIGN	ID	LENGTH	OUTSIDE DIAMETER BIG	OUTSIDE DIAMETER SMALL	FLANGE	TOP STYLE
V-5100-L/Y	HEXAGONAL	51 MM	68 MM	81X58 MM	101X76 MM	16 MM	SYNTHETIC LEATHER- YELLOW COLOR
V-5100-L/B	HEXAGONAL	51 MM	68 MM	81X58 MM	101X76 MM	16 MM	SYNTHETIC LEATHER- BLUE COLOR
V-5100-L/R	HEXAGONAL	51 MM	68 MM	81X58 MM	101X76 MM	16 MM	SYNTHETIC LEATHER- RED COLOR
V-5100-L/O	HEXAGONAL	51 MM	68 MM	81X58 MM	101X76 MM	16 MM	SYNTHETIC LEATHER- ORANGE COLOR
V-5100-L/G	HEXAGONAL	51 MM	68 MM	81X58 MM	101X76 MM	16 MM	SYNTHETIC LEATHER- GREY COLOR
V-5100-L/GR	HEXAGONAL	51 MM	68 MM	81X58 MM	101X76 MM	16 MM	SYNTHETIC LEATHER- GREEN COLOR
V-5100-L/LB	HEXAGONAL	51 MM	68 MM	81X58 MM	101X76 MM	16 MM	SYNTHETIC LEATHER- LIGHT BROWN COLOR
V-5100-L/DB	HEXAGONAL	51 MM	68 MM	81X58 MM	101X76 MM	16 MM	SYNTHETIC LEATHER- DARK BROWN COLOR

Please pay attention to the below instructions during the fitting process of DNA High Performance universal pod filters

Power by quality you can trust!

We, at DNA, proudly introduce a filter that can last the life of the vehicle. Strict quality control for construction & materials, chosen only by their highest quality, are some of the factors that allow us to offer a Lifetime Warranty!

The Anatomy

This is what Power is made of!

A DNA High Performance Filter is a high quality, next generation multilayer cotton gauze, flameproof, oil impregnated air filter.

This very special cotton is designed by DNA's R&D engineers for High Performance filtering purposes. The basic media is a non woven surgical cotton gauze with a modified TEX & THREAD, with extremely high strength of break. This unique cotton media, actually is a “hairy hybrid” featuring extremely high air flow rates and excellent filtering efficiency that exceeds 98%.

Human "technology" inspiration!

The technology that our DNA filter uses to clean the air is surprisingly common to all of us. It is part of our body; we use it constantly to stay alive! It is part of the Human respiratory system that filters the air we inhale! Tiny moistened hairs called cilia protect the nasal passageways and other parts of the respiratory tract, filtering out dust and other particles that enter the nose with the breathed air. The DNA filtering cotton media is exactly that, millions of tiny fibers that are oiled! This “hairy hybrid” as we call it, is a genius combination of cotton fibers per square millimeter. The Tex & Thread, of this unique cotton, is a result of intensive research and testing, by DNA’s development engineers. The “hairy hybrid” impregnated with DNA’s special filter oil, is transformed into the remarkable DNA media that provides very high filtering efficiency and extremely high flow rates.

Trap "enemies" by static charge!

We designed the DNA filter to aquire a positive static charge as the air passes through the pleated and oiled filter media. This weak static chargewill very effectively “pull” on the oiled cotton fibers, the debris and dust that are in the air; remember in science class at school, the pen rubbed against wool that can attract small bits of paper, experiment? This is exactly what happens, as air flows through the filter, debris even as small as 5 microns will change course and stick onto the fibers, regardless if the “holes” between the fibers can be as large as 150 microns! The first layer of debris on the fibers will then absorb some oil, get statically charged and become part of the filtering media! And guess what, it will start attracting new debris assisting the cotton media in its filtration chore! Finally, debris will continue building up on the surface of the filter, as air passes through, until it is totally covered.

Extreme testing environment

Our filters have being successfully tested even in the harshest environment during the DAKAR Rally! Through Argentina, up to the Andes, and down to the Atacama Desert in Chile. The dreadful “Fesh- Fesh”(Guadal) fine powder desert sand of the Atacama Desert, was successfully kept out of the race engines, outperforming the foam filters! So the myth is busted, the DNA filters can successfully be used in any environment, on and off the road, in the desert or the outback, DNA will be there to protect you.

Here comes increased torque & power

The DNA filter will also smoothen out the air flow stream, as it passes through the filter, reducing turbulence and sending smooth clean & fresh air towards the engine intake, increasing torque and power. Additionally to the high air flow, smooth and unified air flow is very important. This explains why we see a decrease in power output when testing a bike or car on the dyno “without” a filter as the circulation of air in the air box is disturbed and the result is turbulence and low power output.