This sulphuric acid based immersion-stripping solution is formulated for the stripping of nickel and tin from copper and brass without attack on the base materials.

A one-step stripper for tin-lead, based on stabilised nitric acid, it gives a high stripping speed and high yield.

There is low attack of the copper surfaces, which are always perfectly bright, even after repeated passes through the stripping machine.

A new high yield, one-step stripper for tin-lead, working by immersion or spray. It is based on stabilised nitric acid, preventing harmful vapours due to nitrogen oxides. It can be replenished automatically using the "Density Controller".

A stripper for aqueous dry-films suitable for fine-line PCBs manufacturing, eliminating the dry-film residues even in recessed areas or when over lapping occurs.

It does not contain sodium or potassium hydroxide and does not attack plated deposits such as tin or tin-lead, commonly used as etch resists.

Remover DFA 95/LC does not contain butylcellosolve or other glycol ethers and does not give off unpleasant vapours.

It can be used both by spray and immersion, giving a very high yield.

The foam from the process is slight and easily controlled.

Two different versions of Stripper L30 can be made up.

The first version L30/1 is used for the immersion stripping of tin and tin-lead deposits from copper.

The second, L30/2 is used for the stripping of tin, tin-lead and copper deposits from stainless steel jigs and contacts.

The main application for this strongly acidic solution is the immersion stripping of tin and tin-lead deposits from copper.

It can also remove the intermetallic tin-copper layer leaving the copper surface in a clean condition enabling replating to take place soon after stripping.

Plutinex can also be adapted for immersion stripping of tin, tin-lead and copper from stainless steel jigs.

An acidic, complexant-free process for the electrolytic stripping of tin, tin-lead, copper and nickel deposits from titanium jigs and contacts. It is especially suited for use in PCB and electronic applications and strips single or composite coatings equally well.

A process for the electrolytic stripping of tin, lead or tin-lead from stainless steel. The base material is not attacked and the anodically dissolved metals are deposited at the cathode in a dense form, therefore there is no formation of sludge in the solution.

Because of the simultaneous deposition and stripping of the metals there is no increase of metal concentration in the solution. The lifetime of Stripper E 40 is therefore unlimited. Consumption is only dependent on drag-out losses.