Explore our premium machinery designed for global commercial & industrial waterproofing projects.
An in-depth look at how Ethylene-Vinyl Acetate (EVA) co-extrusion technology safeguards high-load transport lines globally.
Bridge decks are continuously subjected to extreme structural stress, dynamic vehicular loading, vibration, fluctuations in temperature, and the corrosive action of de-icing salts. Moisture ingress into the concrete deck can lead to rapid deterioration of steel reinforcement structures, causing micro-cracking and ultimately, catastrophic structural failure.
Traditional asphalt or bitumen-based waterproofing membranes struggle under sustained mechanical stress. This is where Ethylene-Vinyl Acetate (EVA) polymer waterproofing sheets have revolutionized the civil engineering landscape. By offering superior elongation characteristics, crack-bridging capacities down to -30°C, and robust adhesion, EVA acts as an impenetrable barrier that dramatically extends the service life of mega-structures.
GWELL's state-of-the-art EVA Waterproof Sheet Extrusion Line is engineered specifically to yield sheets that comply with stringent global transport standards, ensuring consistent thickness, optimal vinyl acetate distribution, and flawless co-lamination with geotextiles.
Uncompromising engineering that delivers precise thickness control, high output throughput, and unmatched reliability.
Multi-component computerized dosing ensures exact ratios of EVA resin, stabilizers, and functional additives. This guarantees uniform material performance across the entire production run, minimizing density variations.
Custom-engineered hanger-type T-die design combined with an automatic control lip ensures optimal melt distribution and rapid thickness adjustments, reducing web edge scrap to absolute minimum levels.
Featuring independent heating and cooling circuits for each roll, our calendering configuration controls crystallinity and surface texture. Crucial for sheets designed to bond securely to concrete adhesives.
In the manufacture of polymer waterproofing sheets, thermal stability and consistent crystalline structure are paramount. Ethylene-Vinyl Acetate (EVA) contains polar vinyl acetate groups that reduce polymer crystallinity, which grants the sheet its rubber-like flexibility. However, processing EVA requires strict control over the melt temperature to prevent degradation and thermal crosslinking inside the barrel. GWELL's extrusion design uses high-L/D ratio screws (typically 30:1 or 33:1) equipped with specialized mixing sections that minimize shear heat while achieving perfect melt homogeneity.
Moreover, the integration of an inline non-woven geotextile laminator allows the extrusion line to produce composite waterproofing structures in a single pass. This reduces secondary processing costs, increases bond strength between layers, and speeds up structural laying on-site.
Explore Gwell's highly targeted manufacturing setups across major processing segments.
Specially engineered for outdoor weathering protection, utilizing co-extrusion technology for maximum UV resistance.
High elasticity and high tear-strength film lines, perfect for textile and industrial composite structures.
Advanced engineering focusing on optical clarity, elastic memory, and mechanical abrasion resistance.
Engineered for solar PV backsheets, providing outstanding electrical insulation and long-term UV durability.
Cutting-edge system for commercial flooring and composite panels with high mineral filler capabilities.
High-capacity lines producing reusable concrete formwork panels with superior impact and bending strength.
High-temperature specialty lines for semiconductor, aerospace, and high-performance chemical engineering panels.
Robust extrusion systems designed for heavy-duty industrial containers, chemical tanks, and thick engineering plates.
High transparency copolyester sheets, widely used in cosmetic packaging, electronic displays, and medical applications.
Environmentally friendly elastic sheets for automotive interior parts and high-specification waterproofing membranes.
Precise optical quality sheet lines with low internal stress profiles, maximizing clarity and dimensional stability.
Co-extrusion solutions for dual-colored sheets used in stationary, automotive liners, and functional panels.
Highly engineered ionoplast films, offering outstanding impact toughness and structural architectural safety.
Optimized lines for solar PV cell encapsulation, delivering long term adhesion and low moisture transmission.
Structural composite profile lines substituting aluminum frames with lighter and non-conductive materials.
Specialty micro-porous membrane lines designed for next-generation alkaline water electrolyzer separators.
How Gwell empowers EPC contractors and global raw material buyers with compliant, turn-key solutions.
For multinational infrastructure builders, procuring high-performance extrusion lines is not just about machine metrics; it's about total project integration and compliance. Whether executing a high-speed rail viaduct in Europe or a major interstate bridge project in North America, clients require equipment that generates membranes satisfying local building standards (such as EN 13956, ASTM D638, and regional AASHTO specifications).
Gwell's industrial systems are engineered with full global safety configurations (CE marking, UL certification, and CSA compatibility). We configure localized PLC interface software and integrate remote maintenance modules so that plant engineers in Germany, Brazil, or the USA can receive real-time diagnostic support from our central technical department.
With infrastructure investments surging globally, plants producing polymer waterproofing membranes must maintain near 100% uptime. Gwell addresses this by offering fully automated winders, accumulator stations, and online thickness inspection systems that work together to prevent downtime during roll changeovers. The resulting waterproofing rolls are perfectly packaged, ready for direct distribution to project sites.
A global high-tech leader dedicating to the manufacture of premium plastic extrusion lines for Film, Sheet, and Profiles.
Combining geographic convenience, deep technical expertise, and an unwavering commitment to customer value.
We actively collaborate with key engineering universities and polymer research institutes to introduce high-tech features and proprietary screw design concepts to the market.
We provide complete end-to-end commissioning and training packages, helping your staff ramp up production and maximize output efficiency right from day one.
With three manufacturing bases, Gwell guarantees reliable lead times and prompt deliveries even for multi-line factory configurations.
Gwell extrusion lines run in factories all over the world, maintaining high customer retention rates through consistent machine reliability.
Our operation employs over 500 workers and 100+ dedicated design, control, and process development engineers focused on keeping Gwell at the forefront of polymer extrusion.
Our processes and machinery components undergo strict inspection to conform to national and international standards.
Stay informed with current events, new technological implementations, and exhibition showcases from Gwell.
Join Gwell at upcoming industrial expos as we present our latest developments in multi-layer co-extrusion technology.
Designed for the automotive interiors market, offering highly recyclable alternatives to PVC and polyurethane leather.
Our high-precision wedge film line supports optical interlayer applications for automotive head-up display systems.
Integrating raw material developments with heavy machinery setups to build superior manufacturing plants.
Technical solutions addressing the raw material, process design, and installation parameters of EVA waterproofing sheets.
Review the second half of Gwell's premier extrusion systems for specialized industrial applications.
Get in touch with Gwell's engineering team to configure an extrusion line built specifically for your project throughput, thickness requirements, and physical floor footprint.