J05S-02-75-412
Rotating Wheel
Rubber
Without Brake
Ball Bearing
Electrophoresis
SUPO
80kgs
112mm
75mm
38mm
75mm
Double Ball Bearing
M16*35
SUPO
Plastic Bag
TPR
China
Product Description
Parameter | Check the parameters of each dimension. |
Model | J05S-02-75-412 |
Wheel Dia | 3 Inch(75MM) |
Tread Width | 38MM |
Load Capacity | 80KG |
Brake Type | No brake |
Installation Height | 112MM |
Swivel Radius | 75MM |
Bearing Type | Double Ball |
Thread Size | M16×35MM |
1. Are you a trading company or manufacturer?
We proudly operate as a manufacturer since 2004. Initially, we were a plastics injection company, boasting over 20 years of extensive industry experience.
2. What is your warranty for your products?
We offer a robust 18-month warranty from the production date, with each item clearly displaying its production date for your assurance.
3. How can you control your quality?
Our quality control begins with rigorous raw material testing.
A. We determine the melt mass flow rate of various thermoplastics to ensure consistency and quality.
B. We assess the mechanical properties, including tension, compression, bending, shearing, tearing, and peeling, across various materials.
C. We meticulously create test samples to gauge performance under different conditions.
D. Our rapid and precise moisture determination process ensures material stability.
E. We execute fast and accurate measurements of solid density, alongside determining the impact strength of plastics, ensuring durability.
Subsequently, our 1+11 testing standard includes a Weight Carry Running Test
1. Initial wheel hub clearance test to assess foundational integrity.
2. Attrite wheel hub clearance test to evaluate wear resistance.
3. Initial rotation clearance test to ensure smooth operation.
4. Attrite rotation clearance test to confirm long-term reliability.
5. Braking test to guarantee safety and control.
6. Wheel brake effectiveness test to verify stopping power.
7. Rotation braking effectiveness test for consistent performance.
8. Vertical static pressure test to ensure structural robustness.
9. Salt and acid test to confirm resistance to corrosive elements.
10. High temperature test to certify endurance under extreme heat.
11. Low temperature test to validate performance in cold conditions.
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