Industry News

As the injection molding industry embraces a new era of energy-saving technologies, Guangdong Wensui, with over 35 years of expertise and recognition as a national high-tech enterprise, has revolutionized traditional dryers. Our innovative solutions provide injection molding companies with cutting-edge energy-saving capabilities that go beyond expectations. Here are the four core advantages of our energy-efficient dryers that will keep you ahead in the industry:

1. Advanced Insulation Technology: Boosting Energy Efficiency

Traditional dryers typically use a single-layer insulation design, which results in heat loss of 15%-20%. Our new energy-efficient dryers feature a double-layer stainless steel body with an added insulating layer, reducing heat loss to under 5%. This design keeps the surface temperature strictly controlled at 40°C, far outperforming the 60°C or higher temperatures seen in traditional dryers made with metal bodies. This breakthrough in insulation technology leads to an impressive energy-saving rate of over 40%, saving an additional 30% of electricity compared to older models, significantly enhancing energy efficiency.

Improved Workplace Environment: By reducing the workshop temperature by 3-6°C, we effectively solve the issue of high temperatures during summer production, creating a more comfortable environment for employees.

2. Smart Temperature Control System: Unmatched Drying Precision

Traditional energy-efficient dryers often rely on basic controllers, which can result in temperature fluctuations as large as ±5°C, making precise drying control difficult. Our dryers feature a state-of-the-art PID intelligent temperature control system, offering precision within ±0.5°C. With built-in safeguards such as over-temperature alarms and leakage protection, our dryers improve both safety and drying precision.

Consistent Drying Results: The optimized air duct design ensures uniform heat distribution, improving drying consistency by 50%, and preventing issues of over-drying or under-drying.

Adaptable to Various Materials: Our system is fully compatible with 36 types of engineering plastics, such as PC, PET, and nylon. It is especially effective for moisture-sensitive materials, ensuring bubble-free drying.

3. Durable Industrial Materials: Dual Protection for Long-Term Reliability

Traditional dryers with single-layer stainless steel structures are prone to cracking and rusting. Our dryers use a full stainless steel body combined with a three-layer anti-corrosion treatment, greatly reducing mold corrosion and extending the life of the equipment.

No Material Contamination: The anti-corrosion treatment ensures no rust contamination, guaranteeing the safety of materials used in food-grade plastic production.

Extended Equipment Life: Our design reduces mold corrosion by up to 40%, increasing the equipment’s lifespan to over 8 years, compared to the industry standard of just 5 years, providing excellent long-term value for your business.

4. Comprehensive Energy-Saving Benefits: Advanced Cost Efficiency

Wensui’s energy-efficient dryers not only help you save on electricity but also provide broader cost reductions:

Electricity Savings: For a 500kg model, annual electricity savings can exceed 48,000 kWh, equivalent to reducing your electricity bill by about ¥38,000.

Lower Maintenance Costs: The extended mold lifespan (30%-50% longer) means your annual maintenance costs drop by 60%, helping businesses save significantly on maintenance.

Boosted Production Efficiency: Improved heat circulation increases efficiency by 35%, while production cycles are shortened by 20%, resulting in higher output and greater productivity.

Globally Trusted, Widely Used

Guangdong Wensui dryers are CE-certified by the European Union and have been exported to over 100 countries. We’ve helped more than 10,000 companies improve their energy efficiency. Experience the game-changing energy-saving benefits of Wensui dryers. Let us help you optimize your production with a customized drying efficiency diagnostic report and usher in a new era of sustainable injection molding.

All data is for reference only