Fashion Plating solutions
Customers recognize LEGOR galvanic solutions valuable features to simplify their daily
job: very good yield, ease of use and guarantee of process control.
The Legor
Group plating solutions are the result of a very accurate production process
starting from a careful selection of the best raw materials. The transformation begins when the raw materials
are submitted to strict operational protocols followed by intense quality controls and finally
packed.
With a devoted eye on production practices and unmatched
attention to details, the ISO 9001 certification guarantees a professional approach and the high quality of our
products.
Staying on top of fashion trends and combining this knowhow
with our Research and Development Laboratory enable us to deliver a wide range of plating solutions to satisfy
the needs of all manufacturers worldwide.
3019000
MATTE EFFECT
MATTE Additive
- Transform polished surfaces into matte surfaces
- Transparent nano-ceramic cataphoretic paint
- Obtainable thicknesses from 5 to 30 micron
- Resistance to abrasion and corrosion
Our cataphoresis is available in the matte version, too. The advantage of matte cataphoresis is transforming a once polished and bright substrate in a ... (read more)
Our cataphoresis is available in the matte version, too. The advantage of matte cataphoresis is transforming a once polished and bright substrate in a matte surface or a surface that has a sandy effect through the application of this paint as a final layer. The use of this paint helps to industrialize matte fashion finishings eliminating costs generally associated with this kind of finishing effect, usually obtainable through mechanical operations. (Read less)
3NC
Acidic24 KTGold-cobalt3N colorNo free cyanideLead and cadmium free
GOLD-COBALT Plating Bath | 3N Color
- 3N gold color
- Thickness up to 3 micron
- Contains no free cyanide
- Nickel, lead and cadmium free
This mildly acidic gold plating electrolyte deposits a color similar to 3N color. Cobalt is co-deposited with gold in the alloy, allowing for an achie ... (read more)
This mildly acidic gold plating electrolyte deposits a color similar to 3N color. Cobalt is co-deposited with gold in the alloy, allowing for an achievable thickness of 3 micron in a layer made of gold for 99.7% of its total weight. The wider range of obtainable thicknesses combined with the possibility to solder the plating deposit makes this electrolyte suitalbe for both technical and decorative applications. (Read less)
ACRIMM
Immersion PAINT
- Acrylic post dipping paint
- Low heat process
- Supplemental corrosion resistance
- 80°C curing temperature
An acrylic post dipping paint developed to be applied directly to a plated substrate or over e-coated layers, providing a two-layer paint system, and ... (read more)
An acrylic post dipping paint developed to be applied directly to a plated substrate or over e-coated layers, providing a two-layer paint system, and supplementing the overall corrosion and abrasion resistance. The paint is applied by a speed controlled dipping process in a static tank without current. The paint cures at ambient temperature however can be polymerized at 80°C for maximum performance. (Read less)
AFB
AlkalineFlashDecorativeCyanide free in bonding metals
Customizable GOLD FLASH Electrolytic System Cyanide-Free
- Healthier working conditions
- Color flexibility
- Optimum distribution and throwing power
- Constancy for the deposited color
- Easy to use
- Thicknesses up to 0.2 micron
- Anti-burn technology
This customizable gold flash electrolytic system is designed to be completely free from any cyanide-based chemical complex related to the bonding meta ... (read more)
This customizable gold flash electrolytic system is designed to be completely free from any cyanide-based chemical complex related to the bonding metals in the solution. It has been conceived for decorative purposes and allows operators to customize the color of the gold deposit by simply adjusting the alloy metals. This system has been formulated to guarantee a perfect constancy of the color of the deposit even when the plating solution shows low concentrations of dissolved metals. As the system is flash only, the maximum obtainable thickness is 0.2 micron. The system does not require the addition of free cyanide over time, it is easier to control over the life of the bath. (Read less)
AGEFB
Bright-mirror likeWhiteCyanide based
SILVER Plating Electrolytes
- Bright-mirror like deposit in white color
- Ductility even at high thickness
- Excellent throwing power
- Works at higher temperature ranges through 33 °C
Silver plating electrolytes provide a bright-mirror like deposit in white color, maintaining ductility even at high thickness, while providing a highe ... (read more)
Silver plating electrolytes provide a bright-mirror like deposit in white color, maintaining ductility even at high thickness, while providing a higher sulfur tarnish resistance. Legor silver electrolyte is suitable for both decorative and technical plating applications and provides excellent throwing power. If applied in an electroforming process, the deposit will remain bright and shiny until 500 μm of thickness, authentically reproducing the original shape of the substrate. This system maintains its brightness and is continuously stable over time, performing at higher temperature ranges through 33 °C. If the pieces to be treated have a good contact and a good conductivity, it is not necessary to run a preliminary silver strike process. (Read less)
AUFEB
AcidicGold-ironNickel cobalt and cadmium free
GOLD-IRON Plating Bath
- Nickel free gold thickness plating
- 100% hypoallergenic
- 3N gold color
- Thickness up to 3 micron
- Contains no free cyanide
- Nickel, cobalt, and cadmium free
This acidic gold-iron plating process produces a deposit of gold 23 kt brilliant yellow 3N gold in accordance to the NIHS regulations. This electrolyt ... (read more)
This acidic gold-iron plating process produces a deposit of gold 23 kt brilliant yellow 3N gold in accordance to the NIHS regulations. This electrolyte is mostly intended for decorative applications in watches, fashion, jewelry, or other industrial sectors requiring a quality gold coating with high resistance to abrasion and corrosion. Using iron in the alloy as opposed to nickel or cobalt leads to a 100% hypoallergenic electrolyte deposition. (Read less)
AURINOXB
AcidicStrikeTechnicalStainless steel activator
GOLD Strike Plating Bath
- Gold strike bath
- Stainless steel activator
- Good pre-treatment for difficult-to-plate substrates
- Improves corrosion resistance
- Makes the final deposition more visually appealing
The acidic gold strike process allows you to generate a brilliant and ductile 24 kt gold deposit, directly onto stainless steel, nickel, copper alloys ... (read more)
The acidic gold strike process allows you to generate a brilliant and ductile 24 kt gold deposit, directly onto stainless steel, nickel, copper alloys and other metals with natural oxide layers. Its extremely low pH makes this chemical very aggressive towards the substrate which it is applied to, allowing for complete coverage of passivated layers, usually difficult to plate. The final deposition is very bright and can reach a thickness of 0.5 micron. Because of its low cathode efficiency, this solution is best used as a pretreatment or intermediate layer only and other technical applications. (Read less)
CERAMIX
TransparentCeramic-basedFor protection
Nanocomposit Ceramics CATHAPHORESIS
- High resistance to abrasion
- Absence of “orange peel” effect on plain and extensive surfaces
- Invisible deposits extremely brilliant and uniform
- Excellent resistance to corrosion tests
- Compliant with REACH & OSHA regulation
CERAMIX is a nano-composit ceramics cathaphoresis characterized by the presence of nano-particles of ceramic material inside the resin. This way you c ... (read more)
CERAMIX is a nano-composit ceramics cathaphoresis characterized by the presence of nano-particles of ceramic material inside the resin. This way you can obtain a highly abrasion-resistant e-coating. The nano-particles are invisible to the human eye, so that the deposits obtained are perfectly transparent and extremely brilliant. The excellent distention capacity allows the elimination of the unwanted “orange peel” effect and makes CERAMIX ideal for applications on plain and extensive surfaces. Beside its high resistance to abrasion, CERAMIX has an excellent resistance to corrosion and complies with the major international normative testing requirements. CERAMIX is extremely stable, more resistant to contamination from external chemical agents and it doesn’t underperform if it accidentally comes into contact with impure or conductive water above 5 microsiemens. (Read less)
CU31BM
AcidicStrikeDecorative
Acidic COPPER
- Exceptional leveling power at low current density zones
- Very bright deposits
- Excellent throwing power even at 33 °C working temperature
- No micro-spotting at high thicknesses
Our acidic copper permits deposits with exceptional brightness and leveling features even after long electroplating times at temperatures higher than ... (read more)
Our acidic copper permits deposits with exceptional brightness and leveling features even after long electroplating times at temperatures higher than 28 °C. The bath works well at room temperature and is free from micro porosity. This electrolyte is ideal for decorative applications with the aim of polishing and levelling the surfaces. Thanks to its uniformity, consistency and luminosity it proves to be an exceptional intermediate layer before finishing with nickel, bronze or other precious metals. The chemical brighteners within the bath are stable and do not decompose over time nor generate pollutants within the solution. (Read less)
CUBALSC
AlkalineStrikeTechnicalCyanide based
Cyanide COPPER Strike Plating Bath
- Cyanide copper strike bath
- No potassium hydroxide in the formulation
- Excellent for the pretreatment of zinc alloy
- Thickness range of 1.2-2.5 μm
Legor Group’s alkaline copper is a cyanide based solution developed for technical plating operations by the means of rack plating. The processes can ... (read more)
Legor Group’s alkaline copper is a cyanide based solution developed for technical plating operations by the means of rack plating. The processes can be generally classified as a copper strike. This cyanide copper strike bath is used to deposit a thin, adherent copper layer that can completely cover an active metal surface such as zinc, brass, zamak or steel prior to further plating operations. These subsequent plating operations typically consist of acid copper, bronze, palladium or nickel. The maximum deposit thickness is typically in the range of 1.2-2.5 μm. Due to the absence of potassium hydroxide in the formulation, this electrolyte is an ideal copper electrolyte for the treatment of various zinc alloys (Zamak). (Read less)
DYES/PIGMENTI
Organic PIGMENTS
Dyes are organic pigments dissolved in solvent; their main feature is to be transparent and extremely bright. Their ideal application is on plated sur ... (read more)
Dyes are organic pigments dissolved in solvent; their main feature is to be transparent and extremely bright. Their ideal application is on plated surfaces which highlight the pigments’ brightness as to obtain an effect similar to a plating treatment but with an infinite range of colors usually obtained solely through a plating process. Dyes are mixed with paint, either cataphoretic, spray or postimmersion, allowing a wide range of applications going from the Jewelry and Fashion sectors and wheneven the esthetics is an added value. (Read less)
EASYCOAT
DecorativeTransparent
Decorative Transparent E-COATING
- Transparent E-coating
- Excellent quality/price ratio
- 130°C curing temperature
- Easy to use
- Fast reticulation
- Requires ultrafiltration
Easycoat is a decorative transparent e-coating developed to improve electroplated surface finishing characteristics to both abrasion and corrosion res ... (read more)
Easycoat is a decorative transparent e-coating developed to improve electroplated surface finishing characteristics to both abrasion and corrosion resistance. This coating is easy to apply to a wide range of shapes and the product has a simple maintenance schedule, making it easier to maintain a stable result throughout the coating bath lifecycle. The reticulation of the paint is faster than other resins making the post rinsing simple avoiding common defects such as water marks, streaking and dust spots. The material cost combined with the ease of maintenance makes EASYCOAT one of the best quality/price ratio solutions for transparent protective coatings found on the decorative market today. The 130°C polymerization phase makes the transparent coating ideal for the protection of electroplated silver, brass, and zinc alloy. Requires ultrafiltration. (Read less)
GF5NB
AlkalineFlashPink goldDecorativeCyanide based
Flash PINK GOLD Plating Bath
- Flash pink gold plating
- Working temperature: 60 °C
- Excellent oxidization resistance
- Good throwing power
- Good distribution
FLASHGOLD-PINK wants to meet the highest plating industries’ standards in terms of color and quality. This system provides an elegant light pink col ... (read more)
FLASHGOLD-PINK wants to meet the highest plating industries’ standards in terms of color and quality. This system provides an elegant light pink color, a very distinctive finishing. Given that the final layer is 20 kt gold in title, the layer is also more tarnish resistant when compared to the common 18 kt gold titled solutions found on the market. As the system does not require the addition of free cyanide over time, it is easier to control over the life of the whole bath. (Read less)
GFB
AlkalineFlashDecorativeCustomizableCyanide based
Customizable GOLD FLASH Electrolytic System
- Color flexibility
- Optimum distribution and throwing power
- Easy to use
- Thicknesses up to 0.2 micron
- Anti-burn technology
This customizable gold flash electrolytic system is designed for decorative purposes: operators can customize the color of the gold deposit by adjusti ... (read more)
This customizable gold flash electrolytic system is designed for decorative purposes: operators can customize the color of the gold deposit by adjusting the alloy metals. With the usage of a high-tech colorimeter we assist our clients in matching any obtainable gold flash color, while also making it easy to control with pre-calibrated replenishment systems based on amp/minute consumption. As the system is flash only, the maximum obtainable thickness is 0.2 micron. This system does not require the addition of free cyanide over time and is easier to control over the whole life of the bath. (Read less)
GOLD14UB
Acidic18 KTBrown goldDecorativeCustomizableNickel lead and cadmium free
Acidic GOLD Plating Bath | Brown Color
- New color and design options
- Infinite shades of brown obtainable with one only system
- Deposition thickness up to 0.2 micron
- Nickel, lead and cadmium free
Brown gold, otherwise known as “chocolate gold”, is now obtainable through plating deposition. This electrolyte gives to operators an alternative ... (read more)
Brown gold, otherwise known as “chocolate gold”, is now obtainable through plating deposition. This electrolyte gives to operators an alternative gold color option away from the standard yellow and red tones that are available today. One only solution allows the operator to obtain infinite shades of brown, by simply dosing the metallic elements; hence maximum freedom to the creativity of the designer, maximum ease in the operations of galvanic deposition. Chocolate gold is also an excellent way to highlight brown stones in a setting, bringing out the stones color with less contrast and giving more emphasis to the highlight color. This bath is intended for decorative use, therefore it has been designed for flash plating allowing a deposition thickness up to 0.2 micron. This brown gold plating solution is nickel, lead, and cadmium free. (Read less)
GTNHG-B
Acidic24 KTGold-cobalt3N colorTechnicalOptimum conductivity
GOLD-COBALT Plating Bath for Electronic Applications
- For electronic applications
- Hard deposit
- Highly pure deposit
- Optimum conductivity
- Abrasion resistant
This high speed gold-cobalt-based electrolyte is ideal for technical applications in which high hardness, conductivity and abrasion resistance are ess ... (read more)
This high speed gold-cobalt-based electrolyte is ideal for technical applications in which high hardness, conductivity and abrasion resistance are essential. Due to its high purity in gold (99.80%), this electrolytic system is primarily used in applications over electric connectors, printed circuit boards and other conductive materials on an industrial scale. (Read less)
K05NB
AcidicLight gold colorNo free cyanideLead and cadmium free
Acidic GOLD Plating Bath | Light Gold Color
- Light gold color
- Thickness up to 3 micron
- Contains no free cyanide
- Lead & cadmium free
This acidic gold plating electrolyte deposits a very light yellow color, lighter than standard 1N/14 kt color, thus naming it 05N; nowadays this is on ... (read more)
This acidic gold plating electrolyte deposits a very light yellow color, lighter than standard 1N/14 kt color, thus naming it 05N; nowadays this is one of the most chosen colors to decorate many metal-based accessories in light-pale yellow. Nickel is co-deposited with gold as an alloy, allowing for thickness up to 3 micron; the deposit is made of gold for up to 99.7% of its total weight. (Read less)
K18B
Acidic18 KTPink goldLead and cadmium freePotassium cyanide free
Acidic GOLD Plating Bath | Pink Color
- 18 kt (75%) gold deposit by title
- Slightly acid electrolyte
- Bright pink gold color
- Easy to maintain
- Thickness up to 5 micron
- Cadmium and lead free
- Free of potassium cyanide
The first 18 kt pink thickness electrolyte available on the market in an acidic process. This system is particularly indicated for decorative applicat ... (read more)
The first 18 kt pink thickness electrolyte available on the market in an acidic process. This system is particularly indicated for decorative applications requiring hard gold or thickness plating in a pink shade able to reach thickness up to 5 micron. The gold is codeposited with copper to generate an alloy that is 75% (18 kt) gold by title, granting significant cost savings. With a 400 HV hardness the layer is durable and tightly nit at the microstructure. The majority of gold/copper systems available on the market operate on a chemical system that requires a constant balance of copper/ cyanide ratio in order to maintain the alloy title and the electrolyte color. This requires frequent maintenance operations that result in an increase in operating costs during use. Our system, on the other hand, is acidic, which simplifies maintenance and management, making it very similar to that of other acid gold electrolytes. These features make STRONGOLD-PINK the easiest management system of its kind available on the market today. (Read less)
K1NB
Acidic24 KT1N colorNo free cyanideLead and cadmium free
Acidic GOLD Plating Bath | 1N Color
- 1N gold color
- Thickness up to 3 micron
- Contains no free cyanide
- Lead & cadmium free
This acidic gold plating electrolyte deposits a color which is an exact match of the normalized NIHS standard 1N gold: a pale yellow color in 14 kt, c ... (read more)
This acidic gold plating electrolyte deposits a color which is an exact match of the normalized NIHS standard 1N gold: a pale yellow color in 14 kt, common to countries such as Germany, France, and Switzerland. The popularity of the color throughout Europe has made 1N the first choice for the majority of the European fashion houses. Indium and nickel are co-deposited with the gold as an alloy, allowing for thickness up to 3 micron; the deposit is made of gold for 99.7% of its total weight. (Read less)
K2NB
Acidic24 KT2N colorNo free cyanideLead and cadmium free
Acidic GOLD Plating Bath | 2N Color
- 2N gold color
- Thickness up to 3 micron
- Contains no free cyanide
- Lead & cadmium free
This mildly acidic gold plating electrolyte deposits a color corresponding to the normalized NIHS standard 2N gold: a typical Italian pale yellow colo ... (read more)
This mildly acidic gold plating electrolyte deposits a color corresponding to the normalized NIHS standard 2N gold: a typical Italian pale yellow color in 18 kt. Nickel and indium are co-deposited with the gold as an alloy, allowing for thickness up to 3 micron in a deposit made of gold for 99.7% of its total weight. The wider range of obtainable thicknesses combined with the ability to solder the plating deposit makes this electrolyte suitable for decorative applications. (Read less)
KERAMIS
Immersion PAINT
- Ceramic post dipping paint
- High heat process
- Maximizes coating abrasion resistance
- 180°C curing temperature
A ceramic infused post dipping paint developed to be applied over e-coated layers, providing a two-layer paint system and supplementing the overall ab ... (read more)
A ceramic infused post dipping paint developed to be applied over e-coated layers, providing a two-layer paint system and supplementing the overall abrasion resistance. The paint is applied by a speed controlled dipping process in a static tank without current. The high percentage of ceramic makes KERAMIS the most durable supplemental paint layer available. A 180°C curing phase limits the products use to materials that can resist higher temperatures such as steel or brass as applicable substrates. (Read less)
KLIAR
TransparentCeramic-basedFor protectionColorableFast-dry
Ceramic E-COATING
- Nanoceramic transparent colorable e-coating
- 5-25 micron of thickness
- Highly corrosion resistant
- Suitable for every type of metal, with or without stones
- High tarnishing resistance
KLIAR is an ceramic e-coating with features similar to CERAMIX: a nano-composit catachresis containing particles of ceramic material to give to the de ... (read more)
KLIAR is an ceramic e-coating with features similar to CERAMIX: a nano-composit catachresis containing particles of ceramic material to give to the deposit a high resistance to abrasion. KLIAR, unlike CERAMIX, has been studied to cover non flat complex surfaces where the high extension capacity and uniformity can be a problem. It is the case, for example, of chain coatings, where the high capacity of CERAMIX to cover low density areas cause loss of chain flexibility. KLIAR is ideal for covering this kind of objects thanks to its quick drying power in the open air that reduces product flows inside the chain links. Distension capacity on flat surfaces is limited to the advantage of the best application on complex objects. (Read less)
NEATECH
Ultrasonic soapDegreasing
Ultrasonic Soaps, Electrolytic and Electroless Degreasing
Troubleshooting plating problems always seem challenging. The ideal brilliant and luminous finish is too often compromised by black and brown spots, s ... (read more)
Troubleshooting plating problems always seem challenging. The ideal brilliant and luminous finish is too often compromised by black and brown spots, surface discoloration or a dull plating finish. There is actually a limited number of variables that need to be monitored to obtain consistent quality in a plating deposition. In fact the largest percentage of surface defects can be prevented by simply following the proper cleaning procedures; this makes a proper preparation of the piece to be plated the most important factor to achieve good results. All pre-treatment steps are essential to properly follow and execute, in order to obtain premium quality plating throughout the entire process. Legor offers NEATECH line: a complete line of pre-treatments for plating, composed of the highest quality of compounds, granting consistency in plating deposition results. (Read less)
NI01B
Medium phosphorousElectroliticExtra bright
Medium Phosphorous NICKEL Process
- High corrosion resistance
- Protection for accessories exposed at aggressive climatic conditions
- Compact morphologic structure
The electrolytic process NIGLOSS-P permits to obtain a medium phosphorous nickel with a very layer morphologically-compact deposit. This assures high ... (read more)
The electrolytic process NIGLOSS-P permits to obtain a medium phosphorous nickel with a very layer morphologically-compact deposit. This assures high hardness and, particularly, high corrosion resistance. The electrolytic system is particularly suitable for accessories that are exposed to rather corrosive environments thus affording a better resistance. The excellent throwing power together with the homogeneous and compact coverage makes this system an excellent substrate for the subsequent plating steps in a Standard Operating Procedure. (Read less)
NIGLOSS800
StandardExtra brightDecorative
NICKEL Process
- High brightness and luster finish level
- Corrosion and abrasion resistant
- Good throwing power
The bright nickel process permits extremely bright and leveled nickel deposits together with a good throwing power. Decorative bright nickel is used i ... (read more)
The bright nickel process permits extremely bright and leveled nickel deposits together with a good throwing power. Decorative bright nickel is used in a wide range of applications. It offers a high lustrous finish, corrosion protection and wear resistance, therefore it is a common under layer in precious metal plating when applicable. (Read less)
NIVAL
FLAT EFFECT
COATING Additive
- White additive for e-coating
- Compatible with other pigments
- Compatible with other coating texture additives
A coating additive that can be added directly to compatible coating baths, transforming the coating from transparent to opaque. When added to a transp ... (read more)
A coating additive that can be added directly to compatible coating baths, transforming the coating from transparent to opaque. When added to a transparent coating bath, the deposit is modified from transparent to a vivid glossy white color. NIVAL can be paired with other colored pigments, texture additives or a combination thereof to obtain an unlimited amount of colored effects. (Read less)
OXIDIZING AGENTS/BRUNITURE
Legor also offers a line of oxidizing agents as post-treatments that are able to convey to your items an antique or aged effect. These solutions work ... (read more)
Legor also offers a line of oxidizing agents as post-treatments that are able to convey to your items an antique or aged effect. These solutions work by simple soaking inside the items for the necessary required time to achieve the desired effect. Different solutions are available according to the specific metal surface to be treated. (Read less)
PDBASE
Strike palladiumTechnicalFlashAmmonia based
Standard PALLADIUM Bath
- Ideal for strike applications
- Traditional palladium plating electrolyte
- Substitute for nickel in the plating process
- Good barrier to copper migration
Strike palladium is a traditional palladium plating electrolyte for bath plating. The chemical make-up of this ammonia based product deposits a consis ... (read more)
Strike palladium is a traditional palladium plating electrolyte for bath plating. The chemical make-up of this ammonia based product deposits a consistent layer of 99.9% pure palladium to the metal substrate which it is applied to. Due to the presence of free ammonia, this system is ideal for strike applications which require more aggressive chemistry or for flash plating, since the maximum thickness achievable is 0.2 micron. The palladium deposit can be used as a barrier to prevent copper migration, common for metal substrates containing significant amounts of this element. (Read less)
PDFEB
Palladium-ironDecorativeMicronAbsence of free ammoniaNickel and cobalt free
Ammonia-free PALLADIUM-IRON Plating Bath
- Hypoallergenic = Nickel and Cobalt Free
- 100% REACH compliant
- 3 micron of thickness - without intermediate processing
- Superior Leveling Capabilities - 90/10 alloy throughout the surface
- No Free Ammonia = pH balance
- High resistance to metallic contamination such as copper
This palladium process uses iron as an alloy to generate a reflective, glossy, white color. This product was specifically studied to remove two proven ... (read more)
This palladium process uses iron as an alloy to generate a reflective, glossy, white color. This product was specifically studied to remove two proven metals known to cause allergy: nickel and cobalt. Both of these metals are presently used in the majority of palladium alloy systems available. The ultimate deposition of the palladium/iron layer provides a ductile, consistent 90/10 deposition ratio, making the deposit naturally 10% less expensive than a pure palladium layer. The solution is absent of free ammonia making it easy to operate over time. Aside its decorative use, it is also used as a protective layer against corrosion and copper migration. (Read less)
PDXWB
Pure palladiumDecorativeFlashAbsence of free ammonia
Ammonia-free PALLADIUM Plating Bath
- New generation palladium formula
- Totally absence of free ammonia
- pH stability and easy to use
- Thickness up to 1 micron
A new-generation palladium totally absent of free ammonia that grants extremely simple production management and an eco-friendly production approach. ... (read more)
A new-generation palladium totally absent of free ammonia that grants extremely simple production management and an eco-friendly production approach. In addition to reducing environmental impact, this system makes the operator’s work both healthier and easier, since it does not require frequent pH management or regular additions of concentrated ammonia. Moreover, since the pH of the bath is near neutral, hydrogenation of the deposit is limited compared to the traditional ammonia baths; this provides a white deposit almost like rhodium and a less porous structure compared to the traditional palladium baths. (Read less)
PLATCORE
Absence of free ammoniaNickel free
RUTHENIUM-PLATINUM Plating Bath
- Cheap process
- Flash process
- Precious mirror like deposit
- “L” color coordinate (luminosity) closer to that of Pd.
- Resistant to both abrasive and climatic tests
- Totally Nickel and Ammonia free
- Easy to be stripped out.
PLATCORE is an innovative plating process which permits a shiny deposit of a 65% Ruthenium and 35% Platinum alloy with color close to that of Palladiu ... (read more)
PLATCORE is an innovative plating process which permits a shiny deposit of a 65% Ruthenium and 35% Platinum alloy with color close to that of Palladium. Thanks to its proper aesthetic and chemical – physic characteristics, the Ruthenium – Platinum alloy achieved through PLATCORE is an excellent alternative to Palladium or micron Palladium alloys as intermediate barrier layer against tarnishing or oxidative process which is common in both the Fashion accessories and Custom Jewelry sectors, and caused by copper migration from bulk to the external layers.
PLATCORE is a process easy to manage giving shiny and mirror like deposits for flash. (Read less)
PTLUX
Decorative and technical useThickness between 02 and 20 micron
Bagno di PLATINO
- Platinum plating solution
- Flexible metal concentration
- Achievable thickness of 0.2-20.0 micron
- Also designed for technical plating operations
This electrolyte deposits a bright grey layer which is 99.97% pure platinum. The chemistry of this bath is extremely flexible, allowing for a wide ran ... (read more)
This electrolyte deposits a bright grey layer which is 99.97% pure platinum. The chemistry of this bath is extremely flexible, allowing for a wide range of platinum metal concentrations to be used, ranging from 2 to 20 grams per liter. The higher the metal concentration used, the higher the obtainable thickness until reaching a maximum deposit of 20 micron. These features make this platinum electrolyte ideal for technical electroplating applications. (Read less)
STRIPPERS
Legor offers a complete line of strippers which ensure the easy removal of the accumulated coatings on the working rack surfaces while plating, thus r ... (read more)
Legor offers a complete line of strippers which ensure the easy removal of the accumulated coatings on the working rack surfaces while plating, thus recovering the precious metals that have deposited on top of these tools. These products complete the line made of the different chemicals necessary in a plating factory to get the best quality results and ensure the minimum loss in terms of high value materials. (Read less)
T-PRO
TransparentUndetectable
ANTI-TARNISH
- Excellent protection from oxidization (tarnish)
- No physical alteration to treated surface
- Does not require electrical current
- Chromium and heavy metal free
- Easy to use
T-FENDER is a family of chemical passivation agents developed for metallic substrates which naturally have poor corrosion resistance. Some of these su ... (read more)
T-FENDER is a family of chemical passivation agents developed for metallic substrates which naturally have poor corrosion resistance. Some of these substrates include silver, brass, bronze, low karat gold and some electroplated layers. By applying the T-FENDER products to these metals, oxidation (tarnish) resistance is dramatically elevated by providing an invisible layer, which seals the substrate from external elements. Laboratory tests have proved that chemical passivation protects from corrosion originating from hydrogen sulfide, UV radiation, synthetic sweat and humidity. T-FENDER products are easy to use, not requiring any electrical current and work simply by heating up the product and dipping your object in. (Read less)
ULTRABLACK
AcidicCustomizable blackThe fastest depositing rutheniumArsenic freeREACH compliant
RUTHENIUM Plating Bath | Customizable Black
- Color range from titanium grey to extra black color
- Economical precious metal deposit
- Fastest depositing ruthenium electrolyte
- Functional at temperatures lower than optimal ones
Ruthenium metallic depositions are available in different color shades from grey to extra black depending on the organic blackening agent used and its ... (read more)
Ruthenium metallic depositions are available in different color shades from grey to extra black depending on the organic blackening agent used and its concentration. The selection of the blackening agent not only has an influence over the obtainable color, but it also has a dramatic influence on the system’s conductivity. This acidic based compound is primarily used in decorative plating applications to give color options where corrosion resistance is also a requirement. The plating deposit is durable and can reach a maximum thickness of 0.2 micron. Due to the fact that ruthenium has a lower conductivity than other precious metals, the electrolyte requires a greater metal concentration to function optimally. (Read less)
ULTRABLACK-X
AcidicDecorativeDeep blackArsenic freeREACH compliant
RUTHENIUM Plating Bath | Deep BLACK
- Deep black color
- Arsenic free
- REACH Compliant
- 5 grams per liter
- Economical precious metal deposit
This extra black ruthenium plating electrolyte deposits a glossy layer of ruthenium metal in a jet black color. It is primarily used in decorative pla ... (read more)
This extra black ruthenium plating electrolyte deposits a glossy layer of ruthenium metal in a jet black color. It is primarily used in decorative plating applications for a deep black color option when corrosion resistance is also a requirement. Due to the fact that ruthenium has a lower conductivity than other precious metals, the electrolyte requires a greater metal concentration to function optimally. The formulation is 100% arsenic free both in the metal deposited and in the chemical itself and falls within REACH compliance. (Read less)
ULTRABRIGHT
DecorativeExtra white
RHODIUM Plating Bath | EXTRA-WHITE
- High throwing power
- Low water evaporation
- Replenishment done with rhodium sulphate and brilliant compound
- separately
This rhodium plating electrolyte is designed to be used in larger rhodium installations due to the minimal components needed for maintenance. This bat ... (read more)
This rhodium plating electrolyte is designed to be used in larger rhodium installations due to the minimal components needed for maintenance. This bath is efficient at room temperature, allowing minimal water evaporation - an added advantage for large rhodium baths. Since it can be used at room temperature, the deposition is high due to the low acidity in the formulation. This high throwing power makes this product perfect for chains or other thin products which require extra power to obtain complete coverage. (Read less)
VEGA-W48B
WhiteCyanide basedLead free
WHITE BRONZE Plating Bath
- Copper/tin/zinc alloy
- White in color
- Lead & nickel free
- Barrier for copper substrates
White bronze processes are designed to replace nickel or part of gold plating as under layers across many sectors using electroplating. In decorative ... (read more)
White bronze processes are designed to replace nickel or part of gold plating as under layers across many sectors using electroplating. In decorative processes this organically brightened system produces semi oxide resistant layers in a white color, acting as an economic alternative to rhodium or palladium. Technically it can be used as an undercoat for palladium, palladium-nickel, silver, gold or trivalent chromium. This system can perform both flash and thickness plating processes. If used for flash plating the system is elastic and easy to manage. If utilized with the intention of thickness plating the parameters must be kept near the nominal values, and chemical analysis must be frequent. (Read less)
VEGA-Y61
YellowCyanide basedLead free
YELLOW BRONZE Plating Bath
- Copper/tin/zinc alloy
- Pale yellow gold color
- Lead & nickel free
- Barrier for copper substrates
This is a cyanide based yellow bronze bath and has been designed as a nickel free barrier layer on top of copper substrates. Yellow bronze allows the ... (read more)
This is a cyanide based yellow bronze bath and has been designed as a nickel free barrier layer on top of copper substrates. Yellow bronze allows the deposit of a very bright yellow copper-tin alloy even when used in thickness plating applications. Since it mirrors a pale shade of gold in color, it can be used in both technical and decorative electroplating applications. The deposit is slightly leveling and has excellent corrosion resistance. This system can perform both flash and thickness plating processes. If used for flash plating it is elastic and easy to manage. If utilized with the intention of thickness plating, the parameters must be kept near the nominal values, and frequent chemical analysis is needed. (Read less)
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