British Type Hose Clamp With Tube Housing – Seikou Manufacturer

Description

1. Diverse and durable materials: Common materials for British hose clamps (with pipe shells) are carbon steel and stainless steel. Carbon steel is galvanized, such as Q235B carbon steel, with white zinc, color zinc, hot-dip galvanizing, etc. on the surface, which can effectively prevent rust and has low cost. It is suitable for general environments that do not require harsh corrosion resistance, such as ordinary building water supply and drainage pipe connections. Stainless steel materials, such as AISI 301, 304 and other series of stainless steel, have excellent corrosion resistance and perform well in humid environments with chemical corrosion risks, such as ships and chemical equipment pipeline connections. They can maintain stable performance for a long time and are not easily damaged by corrosion.
2. Exquisite structural design
Unique pipe shell structure: The pipe shell structure is scientifically designed to provide additional protection for the hose to prevent it from being damaged by external mechanical damage, such as in complex industrial environments, sharp objects can be avoided from scratching the hose. Different types of pipe shells, such as welding, riveting or assembly, meet diverse installation needs. The welded pipe shell has high connection strength and is suitable for pipeline systems with large vibration and high pressure; the riveted pipe shell is easy to install and convenient for later maintenance and disassembly.
Smooth inner surface: The inner surface of the hose clamp is smooth, which can reduce friction and wear when in contact with the hose, and extend the service life of the hose. The rough inner surface of the traditional hose clamp may cause wear and aging of the hose material. The design of the British hose clamp can effectively avoid this, especially for hoses made of softer materials such as rubber and plastic.
Non-through-hole thread design: The thread is a non-through-hole design, which is different from the perforated design of the American hose clamp. It can prevent impurities and liquids from entering the thread gap, and avoid corrosion or impurity accumulation affecting the tightening effect and service life. It has significant advantages in dusty and humid environments.
3. Excellent tightening performance
High torque bearing capacity: High torsion and compressive strength, can withstand high pressure and torque. Taking the high-pressure and high-vibration environment such as automobile engine fuel pipelines and industrial machinery hydraulic systems as examples, the hose can be stably tightened to prevent loosening and leakage. The compressive strength of some British hose clamps can reach 1.3Mpa.
Flexible torque adjustment: Through the adjustment of the screw and nut, the tightening torque can be flexibly adjusted according to actual needs. During installation, it can be operated with an ordinary screwdriver, which is convenient and quick. Operators can accurately control the degree of tightening based on experience and feel to achieve good sealing and connection effects.
Fine edge processing: The edges are specially treated to be smooth and will not damage the hose. When tightening, avoid scratching or cutting the hose, protect the integrity of the hose, and maintain its sealing performance and service life.
4. Wide range of applications: The pipe diameter has a wide range of applications, and can be used for connecting soft and hard pipes from smaller to larger diameters, covering automobiles, tractors, ships, mining machinery, petrochemicals, pharmaceuticals, food and beverages and other industries. The automotive industry is used for engine cooling systems, fuel systems, and brake system pipeline connections; the chemical industry is used to transport various corrosive liquids and gas pipelines; the food and beverage industry is used to ensure hygienic and safe pipeline connections.
5. Appearance and installation advantages
Simple appearance: The overall appearance design is simple, and it is integrated with the pipeline system after installation, does not occupy too much space, and has outstanding advantages in installation environments with limited space, such as ship cabins, car engine compartments and other compact spaces.
Convenient installation and maintenance: The installation process is simple, and no special tools or complex operations are required. It is also easy to observe and operate during daily maintenance and inspection. If it is found to be loose, it can be tightened at any time; if it is damaged, it is easy to replace, reducing maintenance costs and time.