Vortex HiFi Surface Optimizer 50ml
Antistatic agent with beeswax
- Gentle, clean care and anti-static treatment for your speakers, CDs, cables and all hi-fi components and accessories made of plastic.
- suitable for many surfaces such as wood, metal, stone, smooth leather and plastic.
- Without any solvents
- no silicone
- protects against re-soiling and static charge
Vortex HiFi Surface Optimizer uses all natural active ingredients of beeswax for gentle care, gentle cleaning, antistatic effect and permanent protection for your HiFi products and this without any addition of silicone oil.
Simply spray the Surface Optimizer on, rub it with a soft cloth and then feel the effect of beeswax and oil on the surface. The Vortex HiFi Sigma information produces an unbelievably holographic and detailed sound image.
uses
Vortex HiFi Surface Optimizer is suitable for all types of wood, whether dark or light, whether natural or lacquered. The Vortex HiFi Surface Optimizer is just as effective on surfaces made of plastic, metal, smooth leather or even stone. This opens up a multitude of other possible uses. In the case of CD, DVD or Blu-ray Disc, only treat the label side and the edges. In the case of records, only the labels do not deal with the area of the LP to be played.
For which Vortex HiFi and other products is an application recommended:
- All cap products. These are made of plastic and have a surface that is electrostatically charged.
- All plug products. These have a plastic surface and are electrostatically charged.
- All BOB filters. These have a plastic housing and are electrostatically charged.
- All cables. Have shrink tubes which are electrostatically charged. The cables with anti-vibration sheaths have a plastic sheath that is electrostatically charged.
- All Ground Optimizers have plugs that are electrostatically charged. The cables are made of an antistatic plastic. Treating the cables makes sense anyway, as they provide the cables with the new Sigma information.
- All Vortex HiFi device feet and cable carriers. Although these cannot become electrostatically charged, they improve the sound significantly through the information provided.
- All HiFi racks. The hi-fi devices are on the rack floors. Their fields penetrate the bottom of the device. This leads to potential vortices that are damaging to the sound. Regardless of the material of the rack floor, treating the floor with the Vortex HiFi Surface Optimizer leads to information that significantly improves the sound.
- The body of turntables and turntables also benefit greatly from treatment with the Vortex HiFi Surface Optimizer.
- All obsidian circles and pyramids.
The Vortex HiFi Surface Optimizer is a product that is manufactured without artificial additives. The corresponding treatment is therefore gentle and at the same time offers surface protection through the natural substance beeswax. For this reason, this product is not harmful to health and does not trigger any allergic reactions.
It is easy to use:
Spray on and wipe off with a cloth. Leave on for about a minute and then wipe off. Use the product sparingly, as more does not lead to better sound results.
The effect:
Without solvents, everything becomes easily antistatic and clean too. Thanks to the fine cream with oil and beeswax, the surface is cared for and remains permanently antistatic.
Quality Product:
Made on the basis of a cream, with beeswax, without solvents, without silicone oil. Keep away from children. Do not spray in the eyes.
Additional information:
Does not contain silicone oil. Does not contain alcohol. Does not contain solvents.
Classification according to Regulation (EC) No. 1272/2008: The product is not classified according to the CLP regulation
General Information
Form: liquid Color: white Odor: honey
pH value: Not determined Melting point / melting range: <0 ° C (freezing point) Flash point: Not applicable> 100 ° C (PMCC)
Self-igniting: The product is not self-igniting. Explosion hazard: The product is not explosive. Density at 20 ° C: 0,970 g / cm3
Dynamic: Not determined. Kinematic at 40 ° C:> 21 mm² / s