Spring contacts are applicable to:
★Centering / concentricity
★Holding / control
★Conducting
★Latching / locking device
★EMI / RFI shielding
★Tolerance compensation
★Grounding
★Sealing
Wire diameter: 0.10mm - 1.5mm
Material: Copper alloy, stainless steel, special alloy, etc.
Surface treatment: Gold plating, silver plating, nickel plating, tin plating; Plating Au/Ag/Ni/Sn
The High-Stability canted coil spring is a precision elastic component engineered to maintain predictable mechanical performance under extreme environmental conditions. It is designed to operate reliably in environments involving elevated temperatures, chemical exposure, humidity variation, or long-term static loading, where conventional spring designs often suffer from force degradation or material fatigue.
By utilizing an angled coil structure, this canted coil spring distributes stress more evenly along the wire, reducing localized deformation and improving elastic stability over time. YFS Technology (SZ) Co., Ltd develops this spring as part of a broader mechanical connection solution, focusing on performance consistency rather than short-term elasticity.
This type of canted coil spring is particularly suited to systems where maintenance access is limited and long-term mechanical reliability is critical.
The spring maintains stable load characteristics across a wide operating temperature range, minimizing force loss caused by thermal expansion or material softening.
Angled coil geometry reduces stress concentration, enhancing resistance to fatigue and deformation during prolonged use.
Performs reliably in environments exposed to oil, humidity, dust, or mild corrosive media.
Designed for applications requiring sustained compression without significant force decay.
Available in stainless steel and specialty alloys selected for thermal and environmental stability.
Compared to traditional compression springs, the canted coil design maintains more consistent force output during extended service life.
Engineered to withstand temperature fluctuation, vibration, and environmental stress without compromising mechanical behavior.
Stable elastic properties help reduce inspection frequency and replacement cycles.
Suitable for confined spaces where conventional spring mechanisms are difficult to install.
Spring stiffness and working range can be tuned to match specific structural requirements.
Used in machinery exposed to heat, oil, or continuous operation environments.
Applied in assemblies where temperature stability and long-term load consistency are essential.
Suitable for mechanical systems subject to vibration and thermal cycling.
Supports structural stability in sealed or semi-sealed mechanical housings.
Ideal for custom-designed equipment requiring reliable elastic performance over time.
Q1: How does this spring perform at high temperatures?
A: The spring is designed to maintain stable elastic behavior within elevated temperature ranges, depending on material selection.
Q2: Is it suitable for long-term static compression?
A: Yes. Its structure minimizes force relaxation during prolonged compression.
Q3: Can it operate in chemically exposed environments?
A: With appropriate material choice, it can perform reliably in oil-rich or mildly corrosive conditions.
Q4: How does it compare to traditional compression springs?
A: It offers improved stress distribution and more consistent long-term force stability.
Q5: Can specifications be customized?
A: Yes. Dimensions, materials, and load characteristics can be tailored to application requirements.
Address：Shenzhen City, China
Mobile Phone：+86 17656553585
Email：davykou0@gmail.com
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