Extrusion Silicone Hose

 

1. Lichtgewicht, zachte en gelijkmatige wanddikte
2. Hoge taaiheid, rekbaar en geen vervorming
3. Hoge transparantie binnenin de buis
4. Bestand tegen hoge temperaturen, echte siliconen kunnen niet ontbranden
5. 100% puur siliconenmateriaal, hoge kwaliteit.

 

 

Artikelcode	ID	VAN	ID	VAN	Muur
	mm	mm	duim	duim	mm
SVH-1	3	7	1/8	2/7	2
SVH-2	3	8	1/8	1/3	2.5
SVH-3	4	7	1/6	2/7	1.5
SVH-4	4	9	1/6	3/8	2.5
SVH-5	4	10	1/6	2/5	3
SVH-6	5	9	1/5	3/8	2
SVH-7	5	10	1/5	2/5	2..5
SVH-8	5	11	1/5	3/7	3
SVH-9	6	11	1/4	3/7	2.5
SVH-10	6	12	1/4	1/2	3
SVH-11	7	13	2/7	1/2	3
SVH-12	8	13	1/3	1/2	2.5
SVH-13	8	14	1/3	5/9	3
SVH-14	9.5	16	3/8	5/8	3.25
SVH-15	57	16	2/5	5/8	3
SVH-16	12	18	1/2	5/7	3

 

 

Het siliconenmateriaal zelf heeft een hoge elasticiteit en de slang kan gemakkelijk worden gebogen en gedraaid zonder te breken of te vervormen. Dit maakt de slang zeer gemakkelijk te installeren en te gebruiken en past zich aan een verscheidenheid aan complexe pijpleidingconfiguraties en ruimtevereisten aan. Tegelijkertijd helpt de elasticiteit schokken en stoten te absorberen, waardoor slijtage en schade door mechanische trillingen worden verminderd.

Goede chemische stabiliteit

Het heeft een goede tolerantie voor de meeste chemische stoffen en corrodeert niet gemakkelijk door zuren, logen, zouten, organische oplosmiddelen, enz. In sommige gevallen waarbij chemische stoffen worden getransporteerd, zoals in de chemische, farmaceutische en andere industrieën, kan onze siliconen slang stabiel werken en is niet gemakkelijk onderhevig aan chemische reacties die de prestaties en levensduur beïnvloeden.

Het blijft goed presteren binnen een breed temperatuurbereik en kan over het algemeen temperaturen van -50 °C tot 200 °C weerstaan. Sommige speciale formules kunnen zelfs worden gebruikt bij extremere temperatuuromstandigheden, waardoor het geschikt is voor een groot aantal verschillende werkomgevingen.

Siliconen zijn een niet-giftig, geurloos materiaal en conform de normen voor voedselhygiëne en medische veiligheid. Ze veroorzaken geen vervuiling van het getransporteerde materiaal.

Verschillende kleuren kunnen worden aangepast aan de wensen van de klant, wat in sommige specifieke scènes een belangrijke rol speelt.

De precieze diameter, wanddikte en lengte van de buis kunnen worden aangepast aan de specifieke behoeften van het gebruik.

 

Bending Silicone Hose for Complex Pipeline Layouts in Industrial Systems

 

The bending silicone hose is an ideal solution for accommodating complex pipeline layouts in industrial systems due to its inherent elasticity and flexibility, which allows for effortless routing and adaptation in confined or convoluted spaces.

The most notable characteristic is the high elasticity of the silicone material itself. This fundamental property ensures the hose can be easily bent and twisted without breaking or deformation. In industrial machinery and systems, piping often needs to navigate tight corners, bypass structural components, or follow non-linear paths. The flexible silicone hose’s capacity to achieve a small bending radius and adapt its shape makes it highly convenient in the installation and use process, allowing it to adapt to a variety of complex pipeline layout and space requirements that would be impossible for rigid tubing or standard rubber hose without the use of numerous, costly fittings.

Furthermore, this flexibility contributes significantly to the hose's durability and the stability of the entire system. Its elasticity helps to absorb shock and shock, reducing wear and damage caused by mechanical vibration. In dynamic industrial settings, pumps and machinery inevitably generate vibrations. The silicone hose acts as a natural dampener, preventing vibration from stressing the connection points and adjacent components. This shock absorption capability contributes to a longer service life for both the hose and the connected equipment.

The lightweight nature and uniform wall thickness of the extruded silicone hose further aid in complex installations. Being lightweight minimizes the load placed on mounting points and support structures, which is an important design consideration in large systems or robotics. Coupled with its excellent resistance to weathering, ozone and a wide range of chemicals, this flexibility makes the bending silicone hose a robust and versatile choice for maintaining flow integrity and structural health across challenging industrial geometries.

 

Colored Silicone Hose Options for Food, Pharma, and Chemical Identification Systems

 

Colored silicone hose options play a crucial and highly functional role in Food, Pharma, and Chemical Identification Systems by allowing for the immediate visual distinction of fluid lines, which enhances safety, prevents cross-contamination, and streamlines maintenance protocols.

The ability to offer different colors customized according to customer requirements is not merely aesthetic; it serves a vital organizational function in specific scenes where clear differentiation is mandatory. In the food and beverage industry, for instance, a colored silicone hose can be used to segregate lines transporting different products (e.g., blue for water, red for wine) or to strictly separate product lines from cleaning solutions (CIP systems). Since the material is non-toxic, odorless and in line with food hygiene and medical safety standards, the color is applied without compromising the purity of the conveyed product.

In the pharmaceutical and chemical industries, where handling hazardous or high-purity substances is common, visual identification is a critical safety measure. Using colored silicone hose (like a black silicone hose for a corrosive agent or a transparent tube for visual confirmation of flow) immediately signals the type of medium being transported, preventing accidental mixing of incompatible chemicals or misrouting of valuable compounds. The hose's high transparency in the clear option allows technicians to visually inspect the medium flow, which is a valuable feature in quality control.
Furthermore, the good chemical stability of the silicone ensures that the color-coding remains effective throughout the hose's service life. The material has good tolerance to most chemical substances, meaning the hose color will not fade or chemically react with the conveyed media. This reliable color retention, combined with the hose's wide temperature range tolerance and customizability of precise pipe diameter, wall thickness and length, makes the colored silicone hose an effective, durable, and safety-enhancing tool for systematic fluid management.

 

High Temperature Flexible Silicone Hose for -50°C to 200°C Extreme Environments

 

The high temperature flexible silicone hose is specifically engineered to deliver exceptional stability and reliability across extreme environments, boasting an impressive operational wide temperature range that generally spans from -50°C to 200°C, with some special formulations capable of handling even more intense thermal stress.

This wide thermal envelope is crucial for industrial applications that require components to withstand both chilling cold and high-heat processes. The hose's ability to operate effectively at -50°C ensures that the hose remains flexible and functional in refrigeration systems, outdoor arctic environments, or applications involving cryogenic cooling. Unlike many common rubber materials that become rigid and brittle in extreme cold, the silicone retains its high elasticity and high toughness, allowing it to be easily bent and twisted without breaking or deformation, which is essential for installation and dynamic movement in cold environments.

Conversely, the hose exhibits superior high temperature resistant qualities up to and beyond 200°C. This resilience makes it suitable for hot-fluid transfer, engine cooling systems, or applications near heat-generating equipment where standard hoses would rapidly degrade. The core material’s thermal stability and non-flammability (real silicone cann't ignite) underscore its safety and stability under extreme heat, providing a robust barrier against thermal failure. The hose’s high temperature resistance, coupled with resistance to weathering, ozone and a wide range of chemicals, contributes significantly to a long service life by preventing thermal aging, hardening, or cracking.

In addition to thermal stability, the high temperature flexible silicone hose benefits from being made of 100% pure silicone material with low weight and uniform wall thickness. This consistency, combined with its inherent flexibility and customizable dimensions, ensures the hose provides a durable and reliable fluid conveyance path, regardless of the thermal conditions it encounters.