Increase your business efficiency with
Metal ReShield Technology
REYM Technology – Professional Restoration and Protection of Metal Surfaces
savings in
renewal costs
renewal costs
effective
gas spray
gas spray
Blago Mykhaylo Oleshko
ul.Krzywoustego 30/C.D
56-400 Oleśnica, Poland
NIP 9112039638
ul.Krzywoustego 30/C.D
56-400 Oleśnica, Poland
NIP 9112039638
quick
result
result
Darmowa konsultacja
Zostaw swoje dane, a my skontaktujemy się z Tobą
1. Parts restoration – saves money on replacements and extends the lifetime of metal components.
2. Protective shielding – zinc and aluminum coatings provide cathodic protection of metal against corrosion.
3. Cost reduction – repair is significantly cheaper than purchasing new parts.
4. Versatile applications – automotive, industrial, and repair workshops.
5. Support & training – warranty, service, and staff training for confident operation.
2. Protective shielding – zinc and aluminum coatings provide cathodic protection of metal against corrosion.
3. Cost reduction – repair is significantly cheaper than purchasing new parts.
4. Versatile applications – automotive, industrial, and repair workshops.
5. Support & training – warranty, service, and staff training for confident operation.
Why do clients need the REYM-101?
What are the advantages of our product?
Our gas spraying powders offer high quality, efficiency, and reliability. They provide durable coatings that protect against corrosion, wear, and ultraviolet radiation, meeting the highest quality standards.
Our wide range of gas spraying powders in various colors and chemical compositions will help you find the perfect product tailored to your needs. We guarantee the cost-effectiveness, eco-friendliness, and high efficiency of our products, which will help you gain a competitive edge in the market.
Coating Characteristics
🟦 Layer thickness – from 30 to 3000 μm (adjusted to repair or protection needs).
🟦 Hardness – from 63.8 ± 11.0 HV1 up to 153 ± 26.0 HV1.
🟦 Adhesion – strong bonding with the base metal, resistant to cracking or delamination.
🟦 Structure – dense, non-porous coating that blocks moisture and salts.
🟦 Compatibility – surfaces can be painted, polished, chromed, or covered with other protective layers.
🟦 Hardness – from 63.8 ± 11.0 HV1 up to 153 ± 26.0 HV1.
🟦 Adhesion – strong bonding with the base metal, resistant to cracking or delamination.
🟦 Structure – dense, non-porous coating that blocks moisture and salts.
🟦 Compatibility – surfaces can be painted, polished, chromed, or covered with other protective layers.
4
Economic Efficiency
🟦 Cost reduction – restoring parts is several times cheaper than purchasing new ones.
🟦 Material use – 10×10 cm area requires only 15–30 g of powder (~€1.5) for a 40–60 μm layer.
🟦 Higher profitability – more restorations instead of replacements = more orders and revenue.
🟦 Durability – cathodic protection extends service life, reinforcing customer trust.
🟦 Proven resistance – 168 hours in a salt spray test confirmed long-lasting corrosion protection.
🟦 Material use – 10×10 cm area requires only 15–30 g of powder (~€1.5) for a 40–60 μm layer.
🟦 Higher profitability – more restorations instead of replacements = more orders and revenue.
🟦 Durability – cathodic protection extends service life, reinforcing customer trust.
🟦 Proven resistance – 168 hours in a salt spray test confirmed long-lasting corrosion protection.
3
Efficiency of the Technology
🟦 Automotive part repair – cylinder blocks, heads, gearbox housings, and body panels are restored without deformation.
🟦 Wheel restoration – eliminates corrosion, rebuilds worn surfaces, and prepares wheels for painting or polishing.
🟦 Reliable protection – coatings up to 3000 μm withstand moisture, road salt, and mechanical wear.
🟦 Cost savings – repair is far more affordable than replacement, offering customers accessible solutions.
🟦 Mobility – powered by 220 V, air consumption 400 l/min, compact for both workshop and on-site use.
🟦 Wheel restoration – eliminates corrosion, rebuilds worn surfaces, and prepares wheels for painting or polishing.
🟦 Reliable protection – coatings up to 3000 μm withstand moisture, road salt, and mechanical wear.
🟦 Cost savings – repair is far more affordable than replacement, offering customers accessible solutions.
🟦 Mobility – powered by 220 V, air consumption 400 l/min, compact for both workshop and on-site use.
2
New Solution – Restoration & Protection
🟦 No welding or overheating – parts are restored at temperatures below 150 °C, preserving geometry and base material properties.
🟦 Coating thickness – from 30 to 3000 μm, suitable for both minor repair and long-term protection.
🟦 Cathodic protection – zinc and Zn-Al alloys act as a sacrificial layer, preventing corrosion of the base metal.
🟦 Flexible application – the equipment can be used in workshops as well as in mobile service units.
🟦 Hardness – from (63.8 ± 11.0) HV1 to (153 ± 26.0) HV1 depending on the sprayed material.
🟦 Coating thickness – from 30 to 3000 μm, suitable for both minor repair and long-term protection.
🟦 Cathodic protection – zinc and Zn-Al alloys act as a sacrificial layer, preventing corrosion of the base metal.
🟦 Flexible application – the equipment can be used in workshops as well as in mobile service units.
🟦 Hardness – from (63.8 ± 11.0) HV1 to (153 ± 26.0) HV1 depending on the sprayed material.
1
Before/After
Who will find it useful
Aviation industry
for the production or repair of turbines, blades, bushings, and other components.
Automotive industry
for the production or repair of aluminum rims, engine components, and other parts.
Energy
industry
industry
for the production or repair of pipes, tanks, and other system components.
Medical industry
for the production or repair of tools, implants, and other medical devices.
Building materials manufacturing
for the production or repair of metal panels, ceilings, and other components.
Agriculture
for the production of equipment for the storage and transportation of agricultural products.
Furniture manufacturing
for the production of metal furniture components.
Aerospace industry
for the production or repair of structural components of rockets and spacecraft.
Frequently Asked Questions (FAQ)
Preparatory work is essential for reliable operation with our device. The material we work with must be dry and free of dirt. After that, rust or paint can be removed from the surface using our device.
No additional preparations or chemicals are used before operation. We only utilize powder specifically designed for our device, which can also be purchased from us.
Yes! The device is used for the regeneration of corroded parts, as well as parts that are significantly worn down (of course, it is worth calculating whether this repair option will be cost-effective).
The REYM-101 device does not heat the coated material; it may gently heat it depending on the temperature requirements. It is important to pay attention to the sprayed surface and adjust the temperature accordingly.
Welding and spraying are two distinct methods of joining materials. Here’s a brief explanation of both processes:
Welding is a process that involves joining two or more materials by melting them together to create a permanent bond. In welding, heat is commonly applied (using an electric arc, gas flame, or laser) along with additional material in the form of a filler metal (such as electrodes or welding wire). Welding is widely used in industry to join metal components, such as pipes, sheets, or profiles.
Spraying, also known as thermal spraying, involves applying a coating to the surface of an object by dispersing particles of material and depositing them onto the substrate. This process aims to enhance surface properties, such as wear resistance, corrosion resistance, thermal conductivity, and more. Spraying is utilized in various industries, including aerospace, energy, oil, and for repairing and restoring machine and tool components.
In summary, welding is a process of joining materials by melting and creating a permanent connection, while spraying involves applying a coating to a surface using the dispersion of material particles.
Welding is a process that involves joining two or more materials by melting them together to create a permanent bond. In welding, heat is commonly applied (using an electric arc, gas flame, or laser) along with additional material in the form of a filler metal (such as electrodes or welding wire). Welding is widely used in industry to join metal components, such as pipes, sheets, or profiles.
Spraying, also known as thermal spraying, involves applying a coating to the surface of an object by dispersing particles of material and depositing them onto the substrate. This process aims to enhance surface properties, such as wear resistance, corrosion resistance, thermal conductivity, and more. Spraying is utilized in various industries, including aerospace, energy, oil, and for repairing and restoring machine and tool components.
In summary, welding is a process of joining materials by melting and creating a permanent connection, while spraying involves applying a coating to a surface using the dispersion of material particles.
The sprayed material is coated with aluminum particles along with other elemental alloys that are resistant to weather conditions.
It's difficult to determine exactly how much material is consumed for a specific job, as it depends on the type of repairs being performed. On average, about 8 grams of powder is used to process one layer, where 1 micron covers an area of 10x10 cm.
When working with the device, a constant air pressure of at least 5 Bar is required. The installation should have filters that trap moisture and water. The device requires a standard power supply of 220V. The warranty for the device covers a period of 24 months.
Yes, one of the functions of the REYM-101 device is sandblasting; however, this process is more often used as a preparatory step before spraying, such as with aluminum powders. Of course, our device can also be used for regular sandblasting of various components if needed.
Dear Customer
Thank you for your interest in our services! To receive a free consultation and assistance in choosing the optimal solution for your project, please fill out the form below. We will contact you shortly to discuss the details of the consultation.
Please provide information about your project so we can prepare for our meeting.
Detailed descriptions of your needs, goals, and expectations are welcome. If you have any questions, feel free to reach out.
Sincerely,
The BLAGO Team
Please provide information about your project so we can prepare for our meeting.
Detailed descriptions of your needs, goals, and expectations are welcome. If you have any questions, feel free to reach out.
Sincerely,
The BLAGO Team
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Our email Blagopro@outlook.com
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