Scale of Industrial Projects in Szczecin & Region
Operating since 2005. The numbers below reflect our capacity and experience.
Anti-Corrosion Protection for Load-Bearing Structures & Engineering Objects
We provide sandblasting and anti-corrosion protection for load-bearing elements and engineering structures used in industrial and technical facilities. Work is executed taking into account operating conditions and project requirements.
Shipyards & Marine Industry – Protection in Aggressive Environments
We provide corrosion protection for steel structures used in the marine and shipbuilding industry, including hulls, tanks, and auxiliary structures. We work in high-humidity and highly corrosive environments in compliance with the investor’s technical requirements. The scope also includes anti-corrosion protection for vessels and ship technical equipment.
Energy & Heavy Industry – Steel Structure Protection
We support projects in the energy and heavy industry sectors by performing sandblasting and anti-corrosion protection of steel structures and technical infrastructure operating under demanding industrial conditions.
Surface Preparation for Coating Systems
We perform sandblasting of steel structures to effectively prepare surfaces for anti-corrosion protection. This process removes contaminants, old coatings, and corrosion spots, ensuring proper adhesion of subsequent protective layers.
Large-Scale & Industrial Components
We sandblast large-scale components and structures used in industry, such as steel frames, trusses, cranes, overhead cranes, as well as industrial semi-trailers and trailers. We adapt our work to the dimensions of the elements and project conditions.
Selected Industrial Projects by Baurent – Szczecin & West Pomerania Region
Anti-Corrosion Protection for Marine Vessels
Baurent from Szczecin provides anti-corrosion protection for hulls and steel structures of vessels operating in marine environments. Work is executed taking into account high corrosive aggression, shipyard requirements, and the investor’s technical documentation.
Renovation of Large-Scale Steel Tanks
Baurent Szczecin performs anti-corrosion protection for steel tanks and large-scale structures used in the energy and heavy industries. The project includes surface preparation and the application of protective coatings in accordance with technical requirements.
Anti-Corrosion for Industrial Machinery Steel Structures
Baurent Szczecin implements anti-corrosion protection for steel structures of industrial machinery and equipment designed to operate under demanding conditions. The scope of work includes surface preparation and the application of protective coatings according to technical documentation.
Baurent – Experts in Anti-Corrosion & Steel Protection
Company registration details used for formal correspondence, requests for quotation (RFQ), and tender documentation.
Company Details
- Company Name
- P.H.U. „BAURENT” BARTŁOMIEJ KUFEL
- Owner
- Bartłomiej Kufel
- Tax ID (NIP)
- PL8581638629
- Statistical ID (REGON)
- 320043906
- Legal Form
- Sole Proprietorship
- Operating since
- 2005
Business Address
- Region
- West Pomerania (Zachodniopomorskie)
- District / City
- Gryfino
- City
- Gryfino
- Address
- ul. Adama Mickiewicza 10, 74-101 Gryfino, Poland
Projects: Szczecin and West Pomerania region (scope depends on project and technical conditions).
Technical Information on Sandblasting, Anti-Corrosion & Metallization
What are the advantages of sandblasting compared to other surface cleaning methods?
Sandblasting metal surfaces allows for the effective removal of mill scale, corrosion products, and old protective coatings, which chemical or low-intensity mechanical methods cannot guarantee. This process creates a homogeneous surface structure (profile), which is crucial for the proper adhesion of anti-corrosion systems.
In industrial practice, sandblasting is used before painting, metallization (thermal spraying), and other protective measures, especially in projects executed by companies like Baurent from Szczecin, where repeatable technological parameters and compliance with technical documentation are required.
How to prepare a steel structure surface for sandblasting?
Surface preparation for sandblasting involves assessing the element’s technical condition, identifying the type of contaminants, and selecting the appropriate abrasive media and process parameters. In many cases, pre-cleaning the surface of oily substances or technological residues is necessary.
Proper surface preparation has a direct impact on the effectiveness of subsequent anti-corrosion protection and the durability of coatings used in industrial and marine environments.
How much does sandblasting cost in Szczecin?
The cost of professional sandblasting depends on many technical factors, such as the dimensions of the elements, degree of corrosion, execution location, and project requirements. In industrial projects, the price is determined individually based on technical documentation and the scope of work.
Companies performing sandblasting in Szczecin and the West Pomeranian region, including Baurent, prepare quotes based on actual investment conditions, without using simplified price lists.
What is thermal spraying (metallization) in anti-corrosion protection?
Thermal spraying (metallization) involves applying molten metal particles onto a properly prepared steel surface, creating a durable protective layer resistant to corrosive factors.
This method is used in structures exposed to intense humidity, marine environments, and variable temperatures, including offshore projects and heavy industry.
When is metallization a better solution than classic painting?
Metallization is used in situations requiring increased coating resistance to mechanical damage and long-term exposure to aggressive environments. Compared to classic painting systems, it provides superior protection durability.
This solution is utilized in industrial projects performed by specialized companies such as Baurent Szczecin, where structural service life and reducing maintenance costs over a long operating period are of key importance.