Gates Rubber Company: What Engineers and Buyers Get Wrong (and Right)
Look, I'm a quality inspector at an industrial components company—basically the person who decides if what we're shipping is good enough. I review about 200+ unique items annually, from hose assemblies to rubber seals. And I've seen the same questions pop up again and again from engineers and buyers. Some are smart. Some are based on stuff that was true ten years ago. So let's do this FAQ style.
Here are the seven questions I get most often about the Gates rubber company, our products, and how to choose between materials like PVC and ABS. (This is based on what I've seen in audits and production runs, as of early 2025.)
1. Is Gates a rubber company or a hose company?
So, the official line is that Gates is a “rubber and plastics” company. But honestly, if you look at our product line, it's mostly about hose systems. We do hydraulic hoses, industrial hoses, air hoses, and all the fittings and crimpers that go with them. The rubber component is the core tech, though—like, the material science behind the hose. That's the Gates DNA. But we also make seal components, belts, and other rubber parts. So yes, it's a rubber company, but a rubber company that's really good at hoses (which is why that's the focus).
2. What do I need to know about Gates hydraulic hose crimpers?
This is one where people often get the causation backwards. People think you buy a crimper to match a hose. Actually, you match the crimper to the fitting system. A Gates crimper is designed for Gates fittings. You can't just swap them. (I've seen this cost a guy a $22,000 redo because he assumed a 'universal' crimper would work with our specs. It didn't.) Our crimpers are engineered for precision—basically, the crimp diameter and force are calculated for each specific hose assembly. The output is consistent, which is what you need for high-pressure systems.
3. What's the deal with PVC vs ABS for sprinkler systems and other applications?
This is a classic industry evolution question. People still think PVC is always the best choice for everything. That's a legacy myth from the 90s. Today, for something like a sprinkler system, you have options.
Here's the breakdown from a quality perspective:
- PVC (Polyvinyl Chloride): Good for cold water applications. It's cheaper and more flexible. But it degrades under UV light and can become brittle. For a sprinkler system that's always in the sun? Not ideal.
- ABS (Acrylonitrile Butadiene Styrene): Tougher and more impact-resistant. It handles a wider temperature range. But it's less resistant to some chemicals and can be more expensive. It also needs a specific primer and cement for joints. Most pros I know prefer ABS for underground or exposed systems because it's less likely to crack.
The assumption is that PVC is the default. The reality is that ABS is often the smarter choice for durability, especially if you're looking at a 10-year lifecycle. (I have a blind test I did with our team: 80% of the engineers rated the ABS assembly as 'more robust' without knowing what it was.)
4. How do I choose between a rubber strip tape and a standard gasket?
This is a great question because it shows you're thinking about the application. Rubber strip tape (like a self-adhering silicone or EPDM tape) is a quick fix. It's handy for sealing a joint where you can't get a perfect fit. But for a dynamic seal—something that moves or vibrates—a standard gasket is better. The gasket is designed for a specific compression and shape. The tape is more flexible but has less memory. I've seen people use strip tape on a hydraulic port (rookie mistake!). The tape squeezed out under pressure and caused a leak. The cost of that fix was about $600 in labor and materials. A $2 gasket would have worked.
5. Is there an 'Eva on Beyond the Gates'? What is that?
(This one made me laugh when I first saw it in a search query.) I'm going to guess this isn't about our company, but about the TV show and its host, Eva. I get asked about company names a lot. But for the record, there's no 'Eva' at Gates. It's a coincidence in the search term. Consider this the friendly correction: 'Gates' as a company name is very common (Bill Gates, various companies). For our stuff, just search 'Gates Corporation' or 'Gates Industrial' to get the right results.
6. How do I verify a Gates hose or part is genuine?
Counterfeiting is a real problem in industrial components. I've rejected about 12% of first deliveries in the last year because the parts looked 'off'—the logo was slightly fuzzy, the rubber had a slightly different smell (this is a real test, by the way).
Here's my checklist for verifying a genuine Gates product:
- Look at the branding. Is the 'Gates' logo crisp and consistent? Counterfeits often have a misaligned or blurry print.
- Check the date code. Most Gates products have a date code stamped on them. Genuine codes are laser-etched or embossed, not printed.
- Feel the material. Genuine Gates rubber has a specific feel. It's not overly slick or sticky. It feels 'dense.'
- Weight it. A counterfeit often uses cheaper fillers, making it lighter. I have a scale in my office. If a 6-foot hose weighs 20% less than the spec, it's a red flag.
7. What's the biggest mistake you see with Gates rubber components?
The most common mistake is ignoring the storage conditions. People think a rubber hose is indestructible. It's not. Rubber degrades with UV light, ozone, and extreme temperatures. I saw a batch of 8,000 units ruined because they were stored next to a welding shop. The ozone from the welding destroyed the rubber's surface. They looked fine, but the tensile strength was down by 40%. That was an expensive lesson. (It cost us a $35,000 write-off.) The second biggest mistake is assuming a 'universal' compound works for all fluids. It doesn't. Always check the chemical compatibility chart. That's why I have a copy of the Gates material selection guide taped to my wall. (As of January 2025, the standard is to check for compatibility with your specific fluid at operating temperature. There's no shortcut.)
Basically, being smart about rubber and plastic components comes down to asking the right questions. Know your application. Verify your parts. And don't trust a 'universal' claim. That's my rule of thumb.