For the correct preservation of SBR rubber suction and drainage hose, it is important to determine its dimensions and specifications. In addition, the environmental conditions of where it is to be used must also be taken into account.
The outer cover of the hose must be protected from high temperatures, abrasion and contact with detergents or oils, which generate swelling. Without this protection, the hose will quickly age, harden, and become brittle.
dimensions and specifications of SBR rubber suction and drainage hose
Compared with PVC suction hose, SBR rubber suction hose is cheaper and more durable. It is resistant to wear and abrasion, and can withstand high pressure and temperature. It is widely used in construction, mining, agriculture, oil and gas industries, and has a long life span.
The length and diameter of SBR rubber drainage hose and suction hose vary depending on the type. The bending radius of PVC hose is usually greater than that for SBR rubber suction and drainage hose.
Rubber suction hose made from SBR rubber is resistant to abrasions like cement power, dry fertilizer, and crushed rock. It is ideal to use in vacuum trucks or for handling abrasives industrially.
Kanaflex 180ARX48X100 Static Drainage Corrugated Suction/Discharge hose is made from SBR rubber with rigid PVC helix and static carbon black. It also has smooth bore and corrugated O.D. It is ideal for liquid waste, slurries, and septic tank cleaning.
It is available in lengths of 100 feet. It can withstand operating pressures up to 35 PSI. It has a 3″ inside diameter (I.D.) and 3.50″ outside diameter (O.D. ).
The tube and cover are simultaneously extruded for maximum bonding during manufacturing. It can withstand heat, ozone and weathering. You can also crimp or band it to make custom assemblies according to your specifications.
reasons for the rupture of SBR rubber water suction and drainage hose
The method of correct preservation consists in the selection of the appropriate hose outer cover with an integrated thermal resistance (in order to resist high temperatures or contact with oil and detergents). The hose should also be protected against external abrasion.
The reinforcing structure of the hose is designed to adapt to different conditions and ensure its physical and mechanical properties: it guarantees resistance to both positive and negative pressure, kinking, traction; it may include metal or textile braids, metal or plastic spirals, cable plies or electrical conductors.
During the process of manufacturing, the hose is vulcanized. This allows the rubber compound’s chemical structure to change, increasing its elastic properties over a wider temperature range. It also improves its service life.
Styrene butadiene is a type synthetic rubber. It is a copolymer made from styrene, butadiene and emulsion polymerization. It is one of the least expensive synthetic rubbers and it can be processed with little effort.
The rupture of a SBR rubber water suction and drainage hose can be caused by many factors, such as internal pressures, kinking, crushing, or exceeding the elastic limit. External damage to the hose carcass, or cover that exposes the reinforcement, can cause it to rupture.
These are the main raw materials for SBR rubber drainage hose and suction hose.
There are a variety of different raw materials used to produce rubber tubing. There are many options for rubber tubing materials, including natural rubber, synthetic rubbers like SBR and Nitrile, and even neoprene.
Nitrile rubber is a polymer elastomer that is a common choice for use in hydraulic hoses because of its oil resistance and abrasion resistance. It is also an excellent choice for heat and flame, but it has a lower cold resistance than other general-purpose rubbers.
Neoprene, a chlorine-based polymer, elastomer, has good aging and flame, oil solvent, water, and air permeability but poor cold resistance. This elastomer is often used for sleeve applications and as the main or auxiliary rubber in the external structure of hydraulic hoses because it provides the majority of its elasticity from the chlorine atoms on its side chain.
Polyester is a type of rubber that can withstand high temperatures, strong acids, and heavy weights. It is soft and flexible, and can withstand abrasion. It is also resistant to chemical attack and can be used in a wide range of industries.
A fabric reinforced tube is made from rubber and has an outer layer of synthetic material. It is strong and resistant to abrasion and corrosion. The inner layer is made of a fabric that has multiple layers of synthetic rubber. This provides a strong structure.
