SAND / SHOT BLAST HOSE
The Sand / Shot Blast Hose is engineered to convey abrasive materials such as sand, steel shot, or other abrasives in various systems. Its inner tube is made from seamless abrasion-resistant rubber, ensuring durability and longevity in challenging environments.
The hose is reinforced by braiding synthetic yarn with copper wire, which helps dissipate static charge, enhancing safety during use. The outer cover is crafted from highly abrasion-resistant rubber, providing additional protection against wear and tear. This hose is designed to exceed the IS 5894 (Type-II) standard, making it an ideal choice for applications requiring reliable performance in abrasive material transfer.
Application: Convey abrasive materials such as sand,
steel shot, or other abrasives
in various systems.
Inner Tube: Seamless abrasion resistant rubber
Reinforcement: Braided with synthetic yarn & copper
wire to dissipate static charge
Outer Cover: Highly abrasion resistant rubber
Standard: Super exceeds IS 5894 (Type-II)
SAND / SHOT BLAST HOSE
Application: Convey abrasive materials such as sand,
steel shot, or other abrasives
in various systems.
Inner Tube: Seamless abrasion resistant rubber
Reinforcement: Braided with synthetic yarn & copper
wire to dissipate static charge
Outer Cover: Highly abrasion resistant rubber
Standard: Super exceeds IS 5894 (Type-II)
The Sand / Shot Blast Hose is engineered to convey abrasive materials such as sand, steel shot, or other abrasives in various systems. Its inner tube is made from seamless abrasion-resistant rubber, ensuring durability and longevity in challenging environments.
The hose is reinforced by braiding synthetic yarn with copper wire, which helps dissipate static charge, enhancing safety during use. The outer cover is crafted from highly abrasion-resistant rubber, providing additional protection against wear and tear. This hose is designed to exceed the IS 5894 (Type-II) standard, making it an ideal choice for applications requiring reliable performance in abrasive material transfer.