Compactly Engineered Disc Shaped Spring

Compactly Engineered Disc Shaped Spring is a disc spring where each unit from Xiaoguo®, the manufacturer, undergoes strict testing to ensure precise deflection and load characteristics. A key feature of it is its ability to provide a non-linear force-deflection relationship.

Model:75LB

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Product Description

In the field of renewable energy, Compactly Engineered Disc Shaped Spring are used in the pitch control systems of wind turbines and the drivers of solar trackers. These springs must be able to function reliably - even when subjected to cyclic loads and adverse weather conditions.

Our pricing is designed to support green technology projects. If you are involved in large-scale projects, you can enjoy a discount. We understand that our products only create value if they arrive at your project site intact. That’s why we apply a special corrosion-resistant coating to all our products and ensure reliable global transportation from us to you.

The packaging is sealed to prevent environmental impact. We also conduct strict quality checks - such as salt spray tests and dynamic fatigue analyses. In addition, each spring has complete traceability and we provide certification for them.

Product Details

In the fields of marine and offshore operations, Compactly Engineered Disc Shaped Spring are used in mooring systems and deck machinery. Resistance to salt water corrosion is a core requirement that these components must meet. Salt water corrosion resistance is a key performance indicator for these components.

These springs are either made of duplex stainless steel or have a high-strength coating. For marine applications, our prices are competitive, and we can also provide project-based quotations. Galvanizing by hot dip is a common surface treatment method for them.

We ship by sea and use economical bulk transportation rates. The packaging is waterproof, and we will add rust-proof paper to prevent corrosion. Each Compactly Engineered Disc Shaped Spring will be tested to meet requirements such as DNV-GL or other similar maritime standards.

Compactly Engineered Disc Shaped Spring

Disc-shaped spring standard version
	Geometric parameters				Mechanical properties				Weight
	Geometric parameters				f=0.50h f=0.75h				Weight
	D	d	t	h/t	F	P	F	P	kg/100
C	8.0	4.2	0.20	0.45	0.125	33	0.188	39	0.06
B	8.0	4.2	0.30	0.55	0.125	89	0.188	118	0.09
A	8.0	4.2	0.40	0.65	0.100	147	0.150	210	0.11
C	10.0	5.2	0.25	0.55	0.150	48	0.225	58	0.11
B	10.0	5.2	0.40	0.70	0.150	155	0.225	209	0.18
A	10.0	5.2	0.50	0.75	0.125	228	0.188	325	0.22
D	12.0	6.2	0.60	0.95	0.175	394	0.262	552	0.39
C	12.5	6.2	0.35	0.80	0.225	130	0.338	151	0.25
B	12.5	6.2	0.50	0.85	0.175	215	0.262	293	0.36
A	12.5	6.2	0.70	1.00	0.150	457	0.225	660	0.51
C	14.0	7.2	0.35	0.80	0.225	106	0.338	123	0.31
B	14.0	7.2	0.50	0.90	0.200	210	0.300	279	0.44
A	14.0	7.2	0.80	1.10	0.150	547	0.225	797	0.71
C	16.0	8.2	0.40	0.90	0.250	131	0.375	154	0.47
B	16.0	8.2	0.60	1.05	0.225	304	0.388	410	0.70
A	16.0	8.2	0.90	1.25	0.175	697	0.262	1013	1.05
C	18.0	9.2	0.45	1.05	0.300	185	0.450	214	0.68
B	18.0	9.2	0.70	1.20	0.250	417	0.375	566	1.03
A	18.0	9.2	1.00	1.40	0.200	865	0.300	1254	1.48

If you need any other data, pleasecontact us. We will provide you with moredetailed parameters.

FAQ

Q:How does the price of a spring compare to other spring types?

A:While unit cost may vary, the Compactly Engineered Disc Shaped Spring often provides a better cost-to-performance ratio. Its compact size reduces material usage and allows for more compact overall assembly design, making the spring an economically efficient solution for high-force applications.

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