Heimerle + Meule Gold Plating Concentrate Fg 300 Rt Flash , Green, 1g Au/200ml, 200ml, Un1935

Description

The FG300 RT Green plating solution from Heimerle + Meule is an innovative gold bath that achieves optimal decorative depositions of thin, nickel-free gold layers, ideal for flash plating.

Developed by highly qualified specialists, this solution works perfectly at room temperature (20-30°C). It is very easy to handle, therefore achieving a fast and efficient processing result every time.

The solution contains 1g of gold per 200ml and will deposit a thin layer of approximately 0.1 micron in green colour.

This time saving solution has a high colour stability, even with low gold content and has optimal throwing power. In addition, the layers are deposited in a shine-maintaining manner, minimising clouding.

It is important to read the information sheet before use. Following the outlined procedures are essential for optimal results as additional products and processes are needed.

The solution contains undissolved salts, therefore you must shake the bottle well before use.

Instructions for use:

• Tank: PPH tanks only
• Anode: Stainless steel (V2A) –
• Bath temperature: 20-30°C (room temperature)
• Voltage: 6V
• Add 800ml of Deionised water — into a thoroughly cleaned tank
• Stirring continuously, slowly add the 200ml FG 300 RT
• The solution must be stirred until the chemicals have been dissolved and have fully merged with the water
• Exposition time for 0.1 micron: 20 seconds

Please note :

The chemical must be stored sealed and has a limited shelf life (approx. 2 years after date of manufacturer). Always check the expiry date displayed on the bottle.

This bath contains cyanides and must not come into contact with acids or acidic solutions.

This product is categorised as Hazardous Goods therefore it may be a diluted solution of pure chemical, a mixture of substances, manufactured products or articles which can pose a low element of risk to people, animals or the environment if not properly handled in use or in transport. Therefore narrowing down the choice of delivery methods.