Unfitted Blast Hose – Heavy Wall 4ply
Sku: P-BH
The Unfitted Blast Hose – Heavy Wall 4-Ply (SKU: P-BH) offers unparalleled durability and reliability for demanding sandblasting applications. Manufactured to BlastOne’s exacting specifications, this hose is constructed using high-quality virgin rubber with carbon black for optimal static dissipation, ensuring safety and extended operational life.
Ideal for use as an extension hose, the Heavy Wall 4-Ply is specifically designed for applications requiring hose lengths greater than 20 meters. Its thick natural rubber liner resists wear and tear, while the TuffRap™ outer cover offers excellent protection against abrasion and harsh environmental conditions. With a 175 psi rating and a 3:1 safety factor, this hose is engineered for heavy-duty performance in industrial and commercial blasting scenarios.
Key construction details include:
- Wear-resistant natural rubber liner to handle abrasive materials. Woven reinforcing braid for structural integrity under pressure. Robust outer cover for extended service life in demanding environments.
The Heavy Wall 4-Ply hose is static dissipating thanks to its carbon black integration, which prevents the buildup of static electricity for safer operation. To maximize efficiency, it is recommended to use a hose with an internal diameter (ID) at least three times the nozzle size.
How to Identify Wear and Maintenance Tips:
- It can be challenging to detect wear externally; regular pressure testing is recommended to ensure hose integrity. Replace the hose promptly if performance issues or visible wear arise, as worn hoses can compromise safety and productivity.
Options and Certifications:
- Supplied as bare hose coils or as Certified Blast Hose Assemblies, with certificates available upon request. Compatible with a wide range of couplings for customized assembly to suit specific job requirements.
Whether you're tackling high-production blasting or extending the reach of your setup, the BlastOne Heavy Wall 4-Ply blast hose delivers exceptional performance and reliability.