If you’ve ever shopped for hoses—whether for industrial fluid transfer, agricultural irrigation, construction pressure washing, or even marine plumbing—you’ve probably noticed that most conversations around burst pressure focus on common household hoses, heavy-duty rubber versions, or high-pressure hydraulic lines. But what about other hoses? As a supplier who works exclusively with what the industry often lumps into the “other hoses” category, I get a lot of questions from clients: What exactly counts as “other hoses”? And how do their burst pressures vary, especially compared to the hoses everyone talks about? Let me break this down like I would for a regular customer who’s not a hose engineer—no jargon, just real-world answers that actually matter for the job you’re doing. Other Hoses
First, let’s define what we mean by “other hoses,” because that phrase is used differently by everyone. A lot of people say “other hoses” to refer to any hose that isn’t the three main categories: low-pressure garden hoses, medium-pressure hydraulic hoses for construction, and high-pressure hoses for power washing. That leaves a huge range of hoses designed for specific, often niche applications—things like food-grade hoses for breweries, chemical-resistant hoses for cleaning facilities, lightweight PVC hoses for event tent water lines, even specialized hoses for medical equipment. Each of these has a unique burst pressure, and that’s what I want to focus on, because buying a hose without knowing its burst pressure is like driving a car without a speedometer: you don’t know when you’re pushing it too far.
Let’s start with the most common “other hose” people come to me about, food-grade hoses. If you work in food or beverage, you can’t just use any hose—they have to be safe for contact with liquids that will end up on plates or in bottles. Their burst pressures are lower than industrial hydraulic hoses, obviously, but they’re not flimsy, either. Most standard food-grade PVC hoses have a burst pressure between 150 and 200 psi, while heavier-duty food-grade rubber hoses (used for transferring milk from bulk tanks to processing plants, for example) hit around 250 to 300 psi. Wait, you might be thinking: that’s way lower than a pressure washer hose, which can hit 4,000 psi. But here’s the thing: a pressure washer hose is designed to handle surges of pressure from a pump, while a food-grade hose is meant for consistent, low-to-medium pressure flow—say, 50 psi for gravity-fed transfer or 100 psi from a standard pump. If you tried to run a food-grade hose at 2,000 psi, it would burst immediately, and not only would you have a mess, but you’d risk contaminating whatever you’re transferring. That’s why their burst pressures are calibrated for their specific use case. I had a client last year who owned a small craft brewery and tried using a regular garden hose to transfer beer from a conditioning tank to a bottling line. He came back to me a week later with a hose that split at the fitting, and he lost three batches of IPA. Turned out, the garden hose’s burst pressure was only 120 psi, and the bottling pump was pushing 150 psi—way over what it could handle. That’s the kind of mistake we help customers avoid by getting the burst pressure right for their “other hose” needs.
Next up: chemical-resistant hoses, another big part of my inventory. These are the hoses used to transfer acids, solvents, cleaning chemicals, and other industrial fluids that would eat through a regular rubber or PVC hose. Their burst pressures vary a lot depending on what chemical they’re designed to resist and what the application is. For general-purpose chemical transfer (like a janitorial service moving floor cleaner between storage drums and cleaning stations), a standard PVC chemical hose has a burst pressure of around 180 to 220 psi. But for more aggressive chemicals—like sulfuric acid used in car battery manufacturing, or strong solvents used in paint factories—you need a thicker, specialized hose, usually made of EPDM or Teflon. Those can have burst pressures between 300 and 500 psi. I once supplied a set of Teflon chemical hoses to a metal plating shop, and they were worried about burst pressure because their process runs at 200 psi. The Teflon hoses’ 400 psi burst pressure meant they had a 2:1 safety factor, which is the industry standard for most industrial applications. A lot of people don’t realize that burst pressure isn’t just the number where the hose breaks—it’s the upper limit before it leaks or fails. The safety factor is usually half of the burst pressure, so a 400 psi burst pressure hose is rated for 200 psi working pressure, which is exactly what that plating shop needed. If they’d bought a cheaper hose with a lower burst pressure, they’d have had leaks and shutdowns every few months.
Then there are the “other hoses” that are used in construction and agriculture but don’t fit the heavy hydraulic or pressure washer categories. Let’s talk about irrigation hoses, for example. The lightweight soaker hoses you use in your backyard garden have a burst pressure of around 100 psi, because they’re meant to run off a standard outdoor spigot, which is usually 40 to 60 psi. But agricultural irrigation hoses—used on corn farms, for example, to run across fields—are thicker, made of heavy-duty rubber, and have a burst pressure between 250 and 350 psi. Those hoses have to handle being dragged over dirt, rocks, and farm equipment, so they need extra strength, which means a higher burst pressure. I had a corn farmer in Iowa come to me last season after his previous irrigation hoses burst halfway through a drought, leaving 20 acres of corn without water. He’d bought the cheapest bulk hoses he could find online, which had a burst pressure of 150 psi—way too low for the farm’s well pump, which runs at 180 psi. We switched him to our heavy-duty agricultural irrigation hoses with a 300 psi burst pressure, and he hasn’t had a problem since. That’s the thing with these “other hoses”: their burst pressures are tailored to the specific wear and tear they’ll face, not just the pressure from the pump.
What about specialty hoses, the ones that people don’t even think to categorize? Things like medical hoses used in ventilators, or fire truck hoses (wait, no, fire hoses are sometimes lumped in, but let’s say smaller medical hoses), or marine bilge hoses. Medical air hoses have extremely low burst pressures, right? No—wait, actually, they have precise burst pressures because they need to be reliable, but not so strong that they’re stiff and hard to maneuver. Most medical respiratory hoses have a burst pressure between 80 and 120 psi. That sounds low, but remember, they’re only carrying compressed air at around 10 to 20 psi, so they have a huge safety factor. Marine bilge hoses, on the other hand, need to be flexible and resistant to saltwater, so their burst pressure is around 200 to 250 psi. I supply a lot of small boat manufacturers with these hoses, and they tell me that the biggest mistake they make is buying bilge hoses with too low a burst pressure. If a bilge hose bursts while a boat is out on the water, it can sink quickly, so that burst pressure number is non-negotiable.
Now, you might be wondering: how do I know what burst pressure my hose needs? That’s the question I get more than any other, and the answer is always specific to your application, but I can give you a few general rules. First, never guess. A lot of people see a hose that’s the right diameter and length for their job, and assume it’s strong enough. But as I’ve shown, two hoses that look almost identical can have very different burst pressures depending on their material, thickness, and design. Second, always check the working pressure of your pump or system, then multiply that by 2 to get the minimum burst pressure you need. That’s the standard safety factor most industries use, and it’s there to protect you from pressure surges, which are way more common than you think. For example, if your pump runs at 100 psi, you need a hose with a minimum burst pressure of 200 psi. That extra 100 psi is for when the pump kicks on, when there’s a valve that closes suddenly, or when you have a blockage in the line.
Another thing to note: burst pressure isn’t the same as working pressure. I can’t tell you how many customers mix these two up. Working pressure is the amount of pressure the hose is designed to handle on a regular basis, day in and day out, without failing. Burst pressure is the absolute maximum pressure the hose can take before it breaks, leaks, or bursts open. So a hose might have a working pressure of 100 psi and a burst pressure of 200 psi—that’s the 2:1 safety factor I mentioned. Some higher-quality hoses have a 3:1 or even 4:1 safety factor, which means their burst pressure is three or four times their working pressure, which is even safer for high-stakes applications.
As a supplier of other hoses, I focus a lot on transparency when it comes to burst pressure. A lot of big hose manufacturers will put a vague “maximum pressure” on their packaging, but they don’t specify if that’s working pressure or burst pressure, and they don’t give details about the material or the safety factor. That’s where we stand out. Every hose in our inventory has a clear, labeled burst pressure, plus the working pressure, material composition, and intended applications, so you know exactly what you’re getting.
I’ve learned over the years that the most important part of selling hoses isn’t just giving customers a product—it’s giving them the right product for their specific needs. I’ve had customers come to me asking for a cheap hose because they think all hoses are the same, but after explaining burst pressure and how it relates to their job, they end up buying the right one, even if it’s a little more expensive. The cost of a hose that fails is way higher than the cost of the right hose in the first place—whether that’s losing a batch of beer, ruining a crop, or dealing with a flooded workshop.
If you’re working on a project that uses “other hoses”—food-grade, chemical-resistant, agricultural irrigation, marine, medical, or any niche hose that doesn’t fit the common categories—and you’re not sure what burst pressure you need, or if your current hose is up to the job, I’m here to help. I’ve spent years learning the ins and outs of all these specialized hoses, and I can walk you through exactly what you need, no confusing jargon, no hidden fees, just honest advice. Don’t guess when it comes to burst pressure—get the facts, and get the hose that will keep your job running smoothly, safely, and without costly surprises. If you’re ready to talk through your needs, reach out to connect with our team for a consultation to find the perfect hose for your application.
TPE Tubing References
- Hoses and Hose Fittings: Selection, Testing, and Applications, American National Standards Institute, 2021.
- Food Safety Guidelines for Transfer Hoses, National Sanitation Foundation International, 2022.
- Chemical Resistance and Pressure Rating for Industrial Hoses, Occupational Safety and Health Administration, 2020.
- Agricultural Irrigation Hose Performance Standards, Irrigation Association, 2021.
Taizhou Yuanying Plastic Technology Co., Ltd.
As one of the most professional hoses manufacturers and suppliers in China, we have world-leading production equipment and strong manufacturing capabilities. Please rest assured to wholesale high quality hoses in stock here and get pricelist from our factory. Customized orders are welcome.
Address: C19-2, Qingfeng Zhigu, Taizhou Bay New Area, Taizhou City, Zhejiang Province
E-mail: 13736280831@163.cm
WebSite: https://www.cn-yuanying.com/
