Quality Management
Our Quality Management System
We understand that exceptional quality comes from rigorous attention to detail.
At JINSHI, we have established a unique and effective quality management system by real-time monitoring and analysis of testing data from raw materials to every stage of production, we effectively identify issues and continuously improve our internal processes.
Strict Raw Material Quality Control
Behind every high-quality seat is a commitment to the raw materials.
From the very first step of production, we monitor the quality of our raw materials with strict standards, ensuring their quality and stability meet our requirements through scientific testing and data tracking, we control potential risks at the source:
- Strict supplier evaluation
- Third-party testing assurance
- Periodic inspections
- Scientific storage conditions
- Complete data recording and traceability
- Smart monitoring and early warning systems
Comprehensive Production Quality Testing
With advanced testing equipment and a highly skilled QC team, we conduct multi-dimensional testings on both materials and finished products, achieving a 99.99% pass rate for our motorcycle seats.
With the help of professional foam density tester, we precisely measure the mass per unit volume of our foam materials to ensure they fully meet our established standards.
By strictly controlling the density, we guarantee that our motorcycle seats achieve an ideal balance of support, durability, and comfort, giving riders a consistently reliable experience.
We simulate the sudden shocks that a motorcycle seat base may encounter during real-world use on the impact testing platform to evaluate its impact strength and structural toughness.
This test allows us to directly assess whether the base will crack, break, or deform under strong impacts, thereby verifying its safety and durability and ensuring the motorcycle seat has reliable load-bearing capacity and stability over long-term use.
To ensure the quality and consistency of every piece of leather, we perform a leather thickness measurement. Using high-precision gauge, we verify that the leather’s thickness is uniform and meets our standards.
This test is crucial for guaranteeing the leather’s performance, as it directly impacts the material’s strength, flexibility, and the final durability and appearance of our motorcycle seats.
On our professional abrasion tester, we repeatedly simulate the friction and wear that leather may encounter during long-term use.
By accurately measuring its abrasion resistance and degree of wear, we ensure our motorcycle seats can effectively withstand daily use, maintaining their original appearance and structural integrity for a long service life.
As a key material for motorcycle seats, leather must not only have a good look and texture, but also withstand external forces like tension, compression, and friction during daily use.
Through tensile strength testing, we evaluate the leather’s tensile strength and elongation properties. This helps us assess its durability and stability under stress, ensuring it can effectively resist stretching and tearing in everyday use.
As a crucial part of our quality control process, we utilize professional foam hardness and rebound tester to measure the mechanical properties of our foam materials.
By applying a controlled force and recording its deformation and recovery, we ensure that every piece of foam meets our predetermined standards for support and comfort. This guarantees that our motorcycle seats are built to last, providing durable performance without losing their shape.
To ensure the lasting quality of our motorcycle seats, we use advanced UV accelerated weathering tester to precisely simulates and accelerates the harsh conditions under which seat covers are exposed to outdoor sunlight for a long time.
By cycling the ultraviolet radiation, we can quickly assess the color fastness and anti-aging properties, guaranteeing that even with continuous sun exposure, the seat’s color remains vibrant and the leather material won’t become brittle or degrade.
During long-term use, motorcycle seats must withstand complex environmental challenges like intense heat, humidity, and drastic day-night temperature swings. To address this, we use a programmable temperature and humidity chamber to realistically simulate extreme climatic conditions, including high heat, high humidity, and thermal cycling. This accelerates the testing of our seat materials’ heat resistance, moisture resistance, dimensional stability, durability, and visual changes, ensuring the product remains reliable and resilient in any climate.
Guarantee of Quality and Responsibility
We strictly follow international environmental and safety standards. All our raw materials and products have passed RoHS, REACH (SVHC) international environmental compliance tests and completed authoritative performance tests for flame retardancy, mite resistance, and UV protection.
Every certification report is our best proof of quality and responsibility.
