AMIT QUALITY PRODUCT COMPANY #FRPSTEPLADDERS FRP STEP LADDER – TECHNICAL SPECIFICATION 1. Scope This specification covers the design, manufacturing, testing, supply, and performance requirements of FRP (Fiber Reinforced Plastic) Step Ladders suiable for industrial, electrical, and commercial applications. 2. Standards The FRP Step Ladder shall comply with: IS 3696 (Part 1 & 2) – Safety Code for Scaffolds and Ladders ANSI A14.5 (Fiberglass Ladders) OSHA Standards (as applicable) EN 131 (if required) 3. Material pecifications 3.1 Side Rails Made from high-strength pultruded FRP sections UV resistant, corrosion-resistant, and fire-retardant Non-conductive (suitable for electrical work) Minimum insulation strength: 90 kV per foot (or as per standard) 3.2 Steps Made from anti-slip FRP or aluminum (optional heavy-duty type) Serrated or grooved surface for slip resistance Step spacing: Approx. 300 mm (10–12 inches) Minimum step width: 75–100 mm 3.3 Top Platform Molded FRP platform Slip-resistant surface Size: Minimum 250 mm × 250 mm 3.4 Hardware Rust-proof fasteners (SS 304 / zinc-coated steel) Heavy-duty hinges Anti-skid rubber shoes at bottom 4. Load Capacity Duty Rating: 150 kg (Standard Industrial) Optional: 120 kg / 200 kg heavy-duty Safety factor: Minimum 2.5 times rated load 5. Design Features A-type self-supporting step ladder Double-sided or single-sided (as required) Weather resistant Non-corrosive and maintenance-free Electrically insulated Lightweight and portable 6. Finish Smooth gel-coated surface Yellow or orange color (high visibility) UV stabilized resin 7. Height Options Available in standard sizes: 4 ft 6 ft 8 ft 10 ft 12 ft(Custom sizes available upon request) 8. Testing Requirements Load Test Insulation Test Slip Resistance Test Dimensional Check Visual Inspection 9. Application Electrical maintenance Telecom installations Chemical plants Power plants Industrial and commercial maintenance work 10. Warranty Minimum 12 months against manufacturing defects