PVC Fiber Reinforced Hose

Item   Code	Tamanho			WP		BP		Comprimento	Peso	Volume
	EU IA		OD
	polegada	milímetros	milímetros	psi	bar	psi	bar	m/rolo	kg/rolo	m3
PFH-05	13/64"	5	9	116	8	363	25	100	5.8	0.012
PFH-06	1/4"	6	10	145	10	435	30	100	6.6	0.015
PFH-06B	1/4"	6	11	145	10	435	30	100	8.8	0.018
PFH-06C	1/4"	6	12	145	10	435	30	100	11.2	0.019
PFH-08	5/16"	8	12	145	10	435	30	100	8.3	0.019
PFH-08B	5/16"	8	13	145	10	435	30	100	10.9	0.025
PFH-08C	5/16"	8	14	145	10	435	30	100	13.7	0.029
PFH-09	3/8"	9	13	131	9	392	27	100	9.1	0.025
PFH-09B	3/8"	9	14	131	9	392	27	100	11.9	0.029
PFH-10	13/32"	10	14	116	8	348	24	100	9.9	0.029
PFH-10B	13/32"	10	15	116	8	348	24	100	13	0.032
PFH-10C	13/32"	10	16	116	8	348	24	100	16.2	0.038
PFH-12	1/2"	12	16	102	7	305	21	100	11.6	0.038
PFH-12B	1/2"	12	17	102	7	305	21	100	15	0.042
PFH-12C	1/2"	12	18	131	9	392	27	100	18.7	0.045
PFH-13	1/2"	13	17	87	6	261	18	100	12.4	0.042
PFH-13B	1/2"	13	18	87	6	261	18	100	16.1	0.045
PFH-13C	1/2"	13	19	116	8	348	24	100	19.9	0.052
PFH-14	35/64"	14	19	102	7	305	21	100	17.1	0.052
PFH-14B	35/64"	14	20	102	7	305	21	100	21.1	0.057
PFH-15	5/8"	15	19	87	6	261	18	50	7.05	0.03
PFH-15B	5/8"	15	20	102	7	305	21	50	9.05	0.03
PFH-15C	5/8"	15	21	116	8	348	24	50	11.2	0.03
PFH-16	5/8"	16	20	73	5	218	15	50	7.45	0.03
PFH-16B	5/8"	16	21	102	7	305	21	50	9.6	0.03
PFH-16C	5/8"	16	22	116	8	348	24	50	11.8	0.031
PFH-18	45/64"	18	24	87	6	261	18	50	13.05	0.035
PFH-19	3/4"	19	23	58	4	174	12	50	8.7	0.043
PFH-19B	3/4"	19	24	58	4	174	12	50	11.15	0.043
PFH-19C	3/4"	19	25	102	7	305	21	50	13.7	0.045
PFH-19C	3/4"	19	26	116	8	348	24	50	16.3	0.05
PFH-20	25/32"	20	25	87	6	261	18	50	11.65	0.046
PFH-20B	25/32"	20	26	87	6	261	18	50	14.3	0.048
PFH-20C	25/32"	20	27	102	7	305	21	50	17.05	0.051
PFH-20D	25/32"	20	28	102	7	305	21	50	19.9	0.057
PFH-22	7/8"	22	27	73	5	218	15	50	12.7	0.056
PFH-22B	7/8"	22	28	87	6	261	18	50	15.55	0.058
PFH-22C	7/8"	22	29	87	6	261	18	50	18.5	0.058
PFH-22C	7/8"	22	30	102	7	305	21	50	21.55	0.058
PFH-25	1"	25	30	58	4	174	12	50	14.25	0.068
PFH-25B	1"	25	31	73	5	218	15	50	17.4	0.072
PFH-25C	1"	25	32	73	5	218	15	50	20.65	0.077
PFH-25D	1"	25	33	87	6	261	18	50	24.05	0.079
PFH-32	1-1/4"	32	39	58	4	174	12	40	20.6	0.119
PFH-32B	1-1/4"	32	40	73	5	218	15	40	23.88	0.119
PFH-32C	1-1/4"	32	41	73	5	218	15	40	27.24	0.103
PFH-32D	1-1/4"	32	42	73	5	218	15	40	30.68	0.103
PFH-38	1-1/2"	38	45	58	4	174	12	40	24.08	0.151
PFH-38B	1-1/2"	38	46	58	4	174	12	40	27.84	0.151
PFH-38C	1-1/2"	38	48	58	4	174	12	40	35.64	0.155
PFH-45	1-3/4"	45	55	58	4	174	12	40	41.44	0.217
PFH-50	2"	50	58	44	3	131	9	40	35.8	0.198
PFH-50B	2"	50	59	58	4	174	12	40	40.68	0.198
PFH-50C	2"	50	60	58	4	174	12	40	45.6	0.198
PFH-50D	2"	50	62	58	4	174	12	40	55.72	0.209
PFH-64	2-1/2"	64	78	58	4	174	12	40	82.4	0.304
PFH-75	3"	75	90	58	4	174	12	40	102.6	0.35

 

Oferecemos uma variedade de tubos de PVC reforçados em diversos tamanhos. No entanto, se nenhuma dessas opções for adequada à sua aplicação, podemos fornecer tubos de PVC reforçados personalizados para atender às suas necessidades específicas.

 

Os tubos de PVC podem ser impressos de forma personalizada com as letras ou numerações que você precisar para fácil instalação e identificação.

 

Corte personalizado (comprimento), enrolamento, embalagem e outras opções estão disponíveis. Entre em contato conosco para discutir suas necessidades de tubos personalizados.

How to Choose the Right PVC Fiber Reinforced Hose for Industrial Air and Water Delivery

Choosing the correct PVC fiber reinforced hose for industrial air and water delivery is critical to ensuring efficiency, safety, and longevity within the system. The selection process must focus on the hose's structural integrity, material compliance, and performance characteristics tailored to the specific application.

Prioritize Reinforcement for Pressure and Durability

The core feature of the PVC fiber reinforced hose is its reinforcement. For industrial air and water delivery, the hose must be able to adaptable to high pressure condition. The reinforcement—typically a mesh of polyester yarn fiber, or sometimes steel for higher strength applications—is what prevents the hose from bursting or expanding under pressure. The product description notes that the hose is more durable and resistant to kinks and tears than standard PVC hose, making it a robust and reliable choice. Specifically, look for hoses where the polyester braid is tightly woven, as this directly correlates with the maximum working pressure for both air (pneumatic lines) and water (hydraulic lines).

Consider Operating Conditions and Clarity

The hose must maintain its integrity across the necessary temperature spectrum. The specified Temperature range of -10℃ ~65℃ covers many industrial environments, but users must confirm this meets their specific minimum and maximum temperatures. For water delivery, especially when monitoring flow is necessary, the hose's clarity is a major benefit. The material provides Glass-like clarity and mirror-smooth surface which allows for excellent visual flow characteristics, making it easy to spot blockages or contaminants.

Ensure Compatibility and Safety

While this hose is often used for general industrial purposes, if the water or air is destined for processes that involve human contact (like food or beverage processing mentioned in the applications), it is essential to select a version Made from FDA-compliant, non-toxic components. Finally, assess the hose's flexibility, as ease of installation and routing in a tight industrial space is key. The flexible reinforced pvc tubing should also be lightweight, which, as the content notes (Lightweight (compared to rubber hose)), simplifies handling during installation and maintenance.

Why Fiber Reinforced Hose Is Ideal for High-Pressure Chemical Transfer Applications

The fiber reinforced hose is an ideal solution for high-pressure chemical transfer applications because its unique construction effectively addresses the dual challenges of high internal pressure and corrosive external/internal environments.

High-Pressure Integrity through Reinforcement

The primary demand of chemical transfer is the ability to safely contain and transport fluids under significant pressure without rupture or leakage. The fiber reinforced hose achieves this by embedding a high-tensile polyester braid or other materials within the PVC wall. This reinforcement acts like a constraint, distributing the internal hydrostatic pressure across the entire length of the hose and preventing the PVC tubing from ballooning or bursting. This makes the hose adaptable to high pressure condition, which is critical for moving chemicals rapidly or through long, complex piping systems. Its design makes it an ideal choice for applications that require a robust and reliable hose, including those involving hydraulic and pneumatic lines.

Chemical and Erosion Resistance

For chemical applications, the material compatibility is just as important as pressure capability. The PVC polymer forming the hose body provides excellent resistance to harsh operating environments and is notably anti-erosion. This chemical resistance prevents the transferred fluid from degrading the hose material, which would otherwise lead to weakness, cracking, or contamination of the chemical product itself. The hose is specifically described as being anti-erosion and having excellent resistance to harsh operating environments, guaranteeing that the chemical being transferred does not compromise the integrity of the pvc reinforced flexible hose.

Non-Contamination and Visual Monitoring

Furthermore, the characteristics of the fiber reinforced hose add layers of safety and control. The material is specified as non-toxic and without odor, ensuring the transferred chemicals or substances remain uncontaminated. The long-term clarity and transparent nature of the hose provide the essential benefit of allowing operators to visually monitor the flow of the chemical , which is crucial for safety procedures and detecting process anomalies like blockages or air bubbles. This robust, resistant, and transparent design makes the fiber reinforced hose a superior and safer choice for demanding chemical transfer tasks.

The Advantages of Reinforced PVC Hose for Harsh Industrial Environments

The reinforced PVC hose offers several distinct advantages that make it exceptionally well-suited for harsh and demanding industrial environments, particularly where reliability and durability are paramount.

Superior Mechanical Strength and Durability

The foremost advantage is its enhanced mechanical strength. By incorporating a reinforcing material (such as a polyester fiber mesh or steel) into the PVC wall, the reinforced PVC hose becomes substantially stronger than standard tubing. This reinforcement ensures the hose is extremely durable and resistant to various types of damage. It is explicitly noted to be more durable and resistant to kinks and tears—a major benefit in industrial settings where hoses are frequently dragged, pulled, or subjected to mechanical stresses. This enhanced toughness makes it an ideal choice for applications that require a robust and reliable hose, extending the product's lifespan and reducing downtime due to failures.

Resilience to Environmental and Operational Stress

Industrial environments often involve extremes in temperature and exposure to various contaminants. The reinforced PVC hose manages this through several material characteristics:
Temperature Adaptability: It is built to operate reliably within a temperature range of -10℃ ~65℃, covering most general industrial operational temperatures.
Chemical Resistance: Its PVC composition makes it anti-erosion and resistant to a wide array of chemicals, which is essential in applications like chemical transfer and where the hose may be exposed to industrial solvents or cleaning agents. The content highlights its Excellent resistance to harsh operating environments.

Handling Versatile and Demanding Applications

The robust design allows the reinforced PVC hose to handle multiple demanding application types simultaneously. It is suitable for hydraulic, pneumatic, and vacuum lines. Specifically, its ability to Handles pressure and full vacuum (29.9 in/Hg) applications means it can be used for both pushing fluids/air and sucking/drawing materials, such as in suction or material conveyance systems. Furthermore, its Lightweight (compared to rubber hose) and tough and abrasion-resistant nature simplifies handling and deployment, making the pvc reinforced pipe the reliable standard for industrial air and water delivery.