Oct . 27, 2025 12:25 Back to list

Exercise Balance Kids Bike 5-10, 4-Wheel, Hi-Ten Steel



Exercise Balance Coordination Kids Bike High Ten Carbon Steel 5-10 Years Old Four Wheels Kids Bicycle

Kids’ bikes have quietly evolved. Parents want balance and coordination training, schools want safer fleets, and retailers ask for components that survive real-world knocks. This model from Hebei—made in Dongmiao Industrial Zone, Hegumiao Town, Pingxiang County, Xingtai City—lands right in that sweet spot. It blends a Hi-Ten carbon steel frame, proper argon-arc welding, and removable auxiliary wheels (yep, “four-wheel” stability when you need it) for riders roughly 5–10 years old. I’ve seen plenty of flashy paint jobs over the years; this one backs the look with solid engineering.

Exercise Balance Kids Bike 5-10, 4-Wheel, Hi-Ten Steel

What’s trending now

Three trends keep popping up: durable frames (schools hate maintenance downtime), wider tires for confidence, and modularity—training wheels off, then on, then off again. The Exercise Balance Coordination Kids Bike High Ten Carbon Steel 5-10 Years Old Four Wheels Kids Bicycle checks those boxes with a 38 mm shock-absorber fork and Giller 2.35” brown-edge tires that look cool and track steady on park paths.

Key specs at a glance

Wheel sizes 18/20/22 inches (≈ 5–10 yrs; real-world fit may vary)
Frame Hi-Ten carbon steel, argon arc welded; environmentally friendly paint with cut-color inner stickers
Fork 38 mm shock absorber, anode color sleeve
Rims Double-layer CNC new wheel rim
Tires / Tubes Giller 2.35 outer tire; Giller butyl rubber inner tube
Bearings Four-track bearings across the vehicle; colorful Peilin flower hub
Seat Thickened, high-elasticity saddle
Brakes V-brake / band-brake configurations available (market-dependent)
Colors Green, Sky Blue, Pink Purple, Rice White

Process, testing, and service life

  • Materials: Hi-Ten steel tubes, CNC-machined double-wall rims, butyl tubes for air retention.
  • Methods: Argon arc welding for frame integrity; oven-cured, low-VOC paint system.
  • Testing: Frame fatigue ≈ 50,000–100,000 cycles per ISO 4210 methods (kids-bike adaptations) [1]; brake lever strength and performance per EN 14765/CPSC 1512 concepts [2][3].
  • Corrosion: Hardware salt-spray tested ≈ 48–72 h (lab data on sample lots).
  • Service life: ≈ 3–5 years with normal use; longer if maintained (lubrication, periodic bolt torque checks).
Exercise Balance Kids Bike 5-10, 4-Wheel, Hi-Ten Steel

Usage scenarios and advantages

School commutes, weekend park loops, beginner skills courses—this bike is built for that. The detachable training wheels make the “four wheels” setup perfect for the first month or two, then off they go. Many customers say the wider tires and cushy seat calm the wobbles. To be honest, that’s half the battle when kids move up from balance bikes.

Vendor comparison (quick take)

Factor DH Electric Kid Car (Hebei) Generic Importer A Budget Marketplace B
Frame/Weld Hi-Ten, argon arc, consistent beads Hi-Ten, mixed welding Unknown grade, spot welding in areas
Bearings Four-track across hubs/crank Standard ball bearings Basic bushings in places
Compliance Designed to align with ISO/CPSC/EN testing Partial claims Unclear
Warranty Structured (ask for terms) Limited Minimal

Customization and logistics

  • Colors: Green, Sky Blue, Pink Purple, Rice White; OEM decals/logos possible.
  • Brakes/drivetrain: Market-specific choices (consult for local standards).
  • Packaging: Retail or fleet-ready cartons; barcodes on request.
  • Lead time: Around 25–35 days depending on quantity and colorways.
Exercise Balance Kids Bike 5-10, 4-Wheel, Hi-Ten Steel

Mini case study

A regional after-school program piloted 60 units of the Exercise Balance Coordination Kids Bike High Ten Carbon Steel 5-10 Years Old Four Wheels Kids Bicycle. Over a 6‑month season, maintenance tickets reportedly dropped ≈ 22% vs. their prior fleet, largely due to the double-wall rims and better hubs. Kids moved off the training wheels faster than expected—anecdotal, yes, but echoed by instructors.

Safety, certifications, and notes

The manufacturer cites alignment with ISO 4210 methodologies for frame/fork fatigue, EN 14765 concepts for children’s bicycle safety, and CPSC 16 CFR Part 1512 for U.S. import scenarios. Always verify market-specific labeling (reflectors, bell, instruction manual), and ask for current test reports or third-party lab certificates before bulk orders. It seems basic, but it saves headaches.

References:
[1] ISO 4210: Safety requirements for bicycles (relevant parts and test methods)
[2] EN 14765: Bicycles — Safety requirements for bicycles for young children
[3] CPSC 16 CFR Part 1512: Requirements for bicycles
[4] EN 71-3 / REACH guidance for coatings (where applicable to child-contact materials)


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