If you’ve stumbled upon Dub’s Bad Hygiene videos and wondered how to build your own functional plumbing system using simple materials, you’re not alone. Many DIY enthusiasts and off-grid homeowners are searching for affordable, sustainable ways to manage water flow—whether for gardening, tiny homes, or emergency setups. In this Dub’s Bad Hygiene tutorial: how to make pipes plumbing system, we’ll walk you through a safe, practical, and beginner-friendly approach grounded in real-world application and basic engineering principles.
What Is Dub’s Bad Hygiene, and Why Is It Relevant to Plumbing?
Dub’s Bad Hygiene is a popular YouTube channel known for creative, low-budget builds using repurposed materials—often in off-grid or survivalist contexts. While the name suggests humor, the content frequently demonstrates surprisingly effective engineering hacks, including water filtration and rudimentary plumbing.
However, it’s critical to clarify: Dub’s methods are for educational or emergency use only—not for permanent residential plumbing. According to the International Association of Certified Home Inspectors (InterNACHI), improperly installed plumbing can lead to leaks, mold, or contamination. Always consult local building codes before implementing any DIY system in a home.
💡 Did You Know?
A 2023 EPA report found that 10% of U.S. households experience water leaks severe enough to waste 90 gallons or more per day. A properly built DIY pipe system—when used appropriately—can actually reduce waste in controlled settings like rainwater collection.
For foundational knowledge on water systems, see the Wikipedia page on plumbing.
Can You Really Build a Functional Plumbing System at Home?
Yes—but with clear boundaries. A functional DIY plumbing system typically refers to:
- Gravity-fed water delivery (e.g., from a rain barrel to a garden)
- Non-potable water circulation (e.g., washing, irrigation)
- Temporary setups (camping, disaster relief, workshops)
It does NOT include:
- Pressurized hot/cold water lines inside homes
- Sewage or greywater disposal (without permits)
- Systems connected to municipal water supplies
Always prioritize safety, hygiene, and local regulations. If you’re building for potable (drinkable) water, use NSF-certified materials—never repurpose food containers or unknown plastics.
Step-by-Step: How to Make a Basic Pipe Plumbing System (Dub’s-Style, But Safe)
Below is a refined, safety-conscious version inspired by Dub’s ingenuity—but optimized for usability and hygiene.
Tools & Materials Needed
| Item | Purpose | Recommended Type |
|---|---|---|
| PVC or food-grade HDPE pipes | Water transport | ½” to 1” diameter |
| Pipe cutters or hacksaw | Cutting pipes | Manual or electric |
| PVC primer & cement (if using PVC) | Sealing joints | Oatey brand or equivalent |
| T-fittings, elbows, end caps | Direction control | Match pipe size |
| Drill with hole saw bit | Creating entry/exit points | ¾” bit for standard fittings |
| Silicone sealant (optional) | Leak prevention | Waterproof, non-toxic |
⚠️ Never use glue or adhesives not rated for water contact. Off-gassing chemicals can contaminate water.
Step 1: Plan Your Layout
Sketch a simple diagram:
- Source: Rain barrel, tank, or elevated container
- Destination: Garden bed, sink, or storage
- Elevation: Gravity requires a minimum 1” drop per 10 feet of horizontal run
Example: A 55-gallon drum on a 3-foot stand can gravity-feed water 30 feet to a raised garden bed with consistent flow.
Step 2: Cut and Dry-Fit Pipes
- Measure distances between connection points.
- Cut pipes to length using a pipe cutter (smooth edges prevent leaks).
- Dry-fit all pieces—no glue yet! Ensure angles and lengths align.
Step 3: Seal Joints Properly
- For PVC: Apply purple primer, then PVC cement. Hold joints for 30 seconds.
- For HDPE or flexible tubing: Use hose clamps or push-fit connectors.
📏 Pro Tip: Allow 24 hours for PVC cement to fully cure before testing water flow.
Step 4: Test for Leaks
Fill your source container and open the system slowly. Check every joint for drips. If leaks occur:
- Disassemble
- Clean surfaces
- Reapply sealant or cement
Step 5: Insulate or Bury (Optional)
- In cold climates, bury pipes below frost line (typically 12–36” deep).
- Use pipe insulation foam to prevent freezing.
Pros and Cons of DIY Pipe Plumbing Systems
| Advantages | Disadvantages |
|---|---|
| Low cost (<$50 for basic setup) | Not suitable for pressurized systems |
| Easy to modify or expand | Requires regular maintenance |
| Great for off-grid or emergency use | Risk of contamination if materials aren’t food-safe |
| Educational & empowering | May violate local codes if used improperly |
Common Mistakes to Avoid
- Using non-potable materials for drinking water
→ Only use NSF/ANSI 61-certified pipes for potable systems. - Ignoring slope and air gaps
→ Without proper downward slope, water stagnates—leading to algae or bacteria. - Overcomplicating the design
→ Start simple: one source, one outlet. Add complexity later. - Skipping pressure tests
→ Even gravity systems can burst if clogged or blocked.
FAQ Section
Q1: Is Dub’s Bad Hygiene plumbing safe for drinking water?
A: Not unless all materials are certified for potable use. Most of Dub’s builds use repurposed containers (e.g., detergent bottles), which can leach chemicals. For drinking water, only use food-grade HDPE, copper, or NSF-listed PVC.
Q2: Can I connect this system to my house plumbing?
A: No. DIY pipe systems should never connect directly to municipal or household pressurized lines without a licensed plumber and backflow prevention devices. Doing so risks contamination and code violations.
Q3: How much does a basic DIY plumbing system cost?
A: A functional gravity-fed system for gardening typically costs $30–$80, depending on pipe length and fittings. Rain barrels add $20–$100.
Q4: What’s the best pipe material for beginners?
A: 1” PVC Schedule 40 is affordable, widely available at hardware stores, and easy to cut and glue. For flexibility, food-grade vinyl tubing works well for short runs.
Q5: How do I prevent algae growth in clear pipes?
A: Use opaque or black HDPE pipes—sunlight promotes algae. Alternatively, wrap clear pipes in UV-blocking tape.
Q6: Can I use this system in winter?
A: Only if you drain it completely or bury pipes below the frost line. Water expands when frozen and can crack pipes—even thick PVC.
Conclusion
Building a Dub’s Bad Hygiene tutorial: how to make pipes plumbing system can be a rewarding, educational project—especially for off-grid gardening, emergency prep, or sustainable living. But always prioritize safety, material quality, and local regulations. When done right, your DIY system can save water, reduce costs, and give you greater self-reliance.
👉 Found this guide helpful? Share it on Facebook, Pinterest, or Reddit to help fellow DIYers build smarter! And if you’re new to plumbing, bookmark this page—it’s your go-to resource for safe, practical pipe projects.
Remember: Ingenuity is powerful—but responsibility is essential. 🚰🔧
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