SUPER SECURITY LTD

Case Study: Repeat Order from Pakistan – Polypropylene Fume Hood with Charcoal Filtration Market Background In Pakistan, laboratories in universities and industrial testing facilities traditionally rely on ducted fume hoods. However, limitations in building structure and ventilation layout often lead to challenges in airflow control and high retrofit costs. As a result, there is increasing demand for ductless fume hoods with integrated filtration systems, enabling localized air treatment and safer operation. The client in this case is a long-term partner specializing in laboratory equipment supply, serving chemical analysis and material testing sectors. Client Needs and Application Scenarios The equipment was used for laboratory upgrades, mainly involving: Organic solvent handling (VOCs release) Acid and alkali reagent preparation Small-scale reaction experiments Key technical concerns included: Local filtration without complex ducting Operator protection via enclosed operation Stability in corrosive and humid environments Our Solution (PFH-1500 Fume Hood) Structural Design Dimensions: 1500 × 750 × 2200 mm Front & bottom thickness: 40 mm Side thickness: 30 mm Top & back thickness: 20 mm Removable front observation window with glove ports Side operation windows This configuration supports a semi-enclosed workspace to limit gas escape. Filtration & Ventilation Multi-stage filtration: Primary filter High-efficiency filter Charcoal filter (for VOC adsorption) Built-in exhaust fan Independent airflow circulation Performance depends on gas type, concentration, and operating conditions. Functional Features Integrated lighting system Sterilization module Power supply with safety protection Client Feedback After installation, the client reported: Improved odor containment during solvent operations Effective isolation using glove ports in small-scale experiments No visible corrosion of PP structure under acid/alkali exposure The client also noted improved flexibility without modifying the existing ventilation system. Summary (Key Technical Parameters) Corrosion-resistant PP structure Shielding thickness: 20–40 mm Multi-stage filtration (primary + HE + charcoal) Built-in exhaust system Glove-based sealed operation Conclusion This repeat order from a Pakistani client demonstrates that ductless, filtration-based fume hoods are becoming a practical complement to traditional ventilation systems, especially in retrofit scenarios. Parameter-driven configuration enables better alignment with specific laboratory conditions.

Export to Czech Republic: EN Standard Fire Safety Cabinet for Industrial and Laboratory Use Market Background With increasingly stringent EU regulations on hazardous material storage, compliance with EN 14470-1 has become essential for fire-resistant cabinets entering the European market. In the Czech Republic, industries such as manufacturing, laboratories, and chemicals require compliant solutions for flammable liquid storage, including fire resistance duration, internal temperature control, and automatic door-closing mechanisms. Client & Application Scenario The client, located in Brno, Czech Republic, operates in precision manufacturing and handles flammable liquids such as ethanol and acetone. Their existing storage setup did not meet EN compliance requirements, particularly in terms of fire protection and personnel safety, creating a need for certified fire safety cabinets for workshop and laboratory use. Our Solution Based on the client’s operational conditions and compliance requirements, we provided an EN-compliant fire safety cabinet with the following technical features: Construction: Double-wall cold-rolled steel panels (≥1.0 mm thickness) with fire-resistant insulation Fire Resistance: Tested for 60 minutes (Type 60), maintaining internal temperature below 180°C under fire conditions Self-Closing System: Doors automatically close at ambient temperatures ≥70°C Ventilation Ports: Standard φ100 mm ports for connection to exhaust systems Spill Containment: Bottom sump capacity ≥10% of total container volume This configuration ensures both operational safety and regulatory compliance across industrial environments. Client Feedback After implementation, the client reported stable performance in daily use. The cabinet structure supports organized storage, and the compliant design successfully passed local safety inspections. Summary (Key Technical Parameters) The cabinet was engineered in accordance with EN standards, with key parameters including: Compliance with EN 14470-1 Fire resistance: 60 minutes (Type 60) Double-wall steel structure (≥1.0 mm) Internal temperature limit: ≤180°C under fire test Self-closing activation: 70°C Spill sump capacity: ≥10% These specifications support its compliant use across EU industrial applications. Client Feedback (Additional) The client highlighted the ease of installation and compatibility with existing facilities, noting that the standardized design allows future scalability. Conclusion This export case to the Czech Republic demonstrates that EN-based design and parameter validation are essential for accessing EU markets. Structured engineering and certified performance enable safe and compliant storage of hazardous materials across diverse industrial scenarios.

SUPER Custom Drum Safety Cabinet Project Exported to Panama Delivering True Customization with Full Responsibility   As global regulations on hazardous material storage continue to tighten, overseas clients demand higher standards in safety, compliance, durability, and customization capability. Recently, Super Co., Ltd. successfully completed a custom drum safety cabinet project for a client in Panama, managing the entire process from technical consultation and structural optimization to quality inspection and export shipment. This project highlights SUPER’s core strengths: deep customization expertise and full-process responsibility management. Project Background: High Standards Require Tailored Solutions The Panama-based client operates within an industrial park, focusing on the storage and distribution of lubricating oils and flammable liquids. Due to the country’s hot, humid, and coastal climate conditions, the storage equipment needed enhanced corrosion resistance and structural durability. The client’s key requirements included: Storage for standard 55-gallon steel drums Reinforced anti-corrosion surface treatment Integrated spill containment sump Forklift-accessible base design Clear hazardous warning labels Structural stability suitable for long-term industrial use This was not a standard off-the-shelf order. It required a solution engineered specifically for the local environment and application scenario. Engineering Customization: Optimized from Structure to Detail After confirming technical specifications, SUPER’s engineering team developed a reinforced structural design tailored to the client’s operational conditions. 1. Reinforced Cabinet Structure Double-wall steel construction Fire-resistant insulation layer between walls Strengthened welding process for long-term durability 2. Upgraded Anti-Corrosion Protection Industrial-grade epoxy powder coating Enhanced resistance to humidity and salt air exposure Extended service life in tropical environments 3. Advanced Spill Containment Design Integrated bottom sump construction Optimized liquid flow guidance structure Improved emergency leakage control capability 4. Export & Handling Optimization Standard forklift pockets for safe handling Reinforced base for sea freight vibration resistance Pre-shipment dimensional verification for container efficiency Every drawing was confirmed with the client before production. Each design adjustment was made with practical usage and transportation safety in mind. Responsible Manufacturing: Strict Quality Control at Every Stage For this Panama project, SUPER implemented a dedicated project manager system, ensuring seamless coordination across engineering, production, inspection, and export departments. Quality control included: Raw material inspection Weld strength testing Coating thickness measurement Structural stability testing Final pre-shipment inspection In addition, SUPER optimized export packaging to prevent sea freight damage and assisted the client with necessary shipping documentation and remote installation guidance. This reflects our philosophy: Responsibility is not a slogan—it is embedded in every production step. Client Feedback: Trust Built on Professionalism Upon arrival at the Panama port and final inspection, the client expressed satisfaction with the cabinet’s structural strength, coating quality, and overall craftsmanship. The successful delivery strengthened SUPER’s position in the Central American market and laid the groundwork for long-term cooperation. Conclusion: Customization + Accountability = Global Competitiveness In hazardous material storage solutions, real competitiveness comes from: ✔ Understanding real-world application scenarios ✔ Providing structural-level customization ✔ Maintaining strict quality management ✔ Ensuring secure international delivery ✔ Offering reliable technical support Super Co., Ltd. remains committed to delivering customized, compliant, and responsible drum safety cabinet solutions worldwide. The successful Panama project is more than an export milestone—it is a strong testament to SUPER’s dedication to customized engineering and accountable manufacturing. If you are seeking a reliable drum safety cabinet manufacturer for international projects, SUPER is ready to provide tailored solutions with full-process professional support.