Standard Industrial Plastic Tubes | General industrial applications | - Material: PVC/LDPE - Temp Resistance: 60°C (ISO 1749) - Corrosion: Resists basic chemicals (ASTM D543) - Thickness: Fixed 3mm | Cost-effective, widely available, lightweight. | Limited to mild environments, poor heat/corrosion resistance beyond basic needs. |
PPH Base Model | Chemical plants, moderate chemical use | - Material: PP (Polypropylene) - Temp Resistance: 80°C (▲20°C vs Standard) - Corrosion: Withstands 30+ chemicals (ASTM F739) - Thickness: 1–5mm (ISO 3801) | Enhanced chemical/heat resistance vs. standard, customizable lengths (up to 4m). | Lower max temp than Advanced tier, thinner walls may limit structural use. |
PPH Advanced Model | High-temperature chemical processing | - Material: PP + Flame Retardant - Temp Resistance: 120°C (▲40°C vs Base) - Corrosion: Resists 50+ chemicals (▲20 chemicals vs Base) - Thickness: 5–8.3mm (▲3.3mm) | Highest temp/corrosion resistance, structural durability for heavy-duty use. | Higher cost, heavier, less flexible than Base tier. |
Fire-Resistant PVC Pipes | Areas requiring fire safety | - Material: PVC + Fire Retardant - Temp Resistance: 70°C (ASTM E84) - Flame Spread: ≤25 (Class A) - Thickness: 2–4mm | Fire safety compliance, cost-effective for non-extreme chemical use. | Limited chemical resistance, lower heat tolerance than PPH tiers. |
Metal Corrosion-Resistant Pipes | Harsh chemical environments | - Material: Stainless Steel 316 - Temp Resistance: 200°C (ISO 13712) - Corrosion: Resists 90+ chemicals (ASTM A240) | Extreme durability, unmatched chemical/heat resistance. | Heavy, expensive, rigid (difficult to install in complex layouts). |
Flexible High-Temperature Sleeving | Cable protection in industrial settings | - Material: Silicone - Temp Resistance: 250°C (▲130°C vs PPH Advanced) - Flexibility: Bend radius ≤50mm (IEC 60332) | Exceptional flexibility and heat resistance for cable management. | No structural integrity, minimal chemical resistance, non-customizable lengths. |