DIN 2093 ディスクスプリング、65Mn、60Si2MnA、SUS304、SUS316、Inconel718、Inconel X750素材製、産業用途向け
What Materials Are Used for Disc Springs? Complete Guide 2024 Choosing the right material is critical for disc spring performance, and SUNZO offers a complete guide to disc spring materials for 2024. Our disc springs are available in a variety of high-quality materials, each with unique properties: 65Mn for excellent elasticity and stiffness in general industrial use; 60Si2MnA for superior fatigue resistance; SUS304 and SUS316 for corrosion resistance in humid or chemical
DIN 2093 ディスクスプリング 耐生性黒く塗装された 精密機械のための優れた衝撃吸収と広範な非線形性
Blackened Disc Spring - Rust-Resistant for Precision Machinery Precision machinery requires rust-resistant elastic components, and SUNZO Blackened Disc Spring provides an effective solution. The blackening surface treatment enhances rust resistance, protecting the disc spring from corrosion in precision machinery applications. This disc spring boasts high stiffness, excellent shock absorption, and minimal deformation under small loads, making it ideal for precision equipment.
円盤スプリング 耐熱円盤スプリング 精密機械装置および一貫した力を必要とする工業機械用に製造
Key Features & Details 1. Can bear temperatures up to 600 degrees Celsius. 2. Material: SUS301, SUS304, SUS316, pH15 - 7Mo, 17 - 7pH, 17 - 4pH, INCONEL X750, INCONEL X718, Nimonic 90, Alloy 59, Hastelloy alloy T20813 (USA) 3. Surface treatment: Polishing 4. Meet DIN 2093, 20813 high standards 5. We can customize disc springs according to customers' requirements. 6. Usage: Power plant equipment (boiler suspension systems, transformer overload protection devices), valve
SUNZO ディスク スプリング ベルヴィル 洗浄機 高圧液圧密封器 変形と腐食抵抗が最小
SUNZO Disc Spring for Hydraulic Seals: Engineered for Minimal Deformation & Maximum Reliability Performance Overview In hydraulic systems, seals require elastic components that deliver minimal deformation under cyclic pressure and uncompromising reliability to prevent catastrophic fluid leakage. SUNZO Disc Spring is meticulously engineered to meet these critical requirements, serving as a high-performance solution for hydraulic seal applications. Designed to generate stable
SUNZO 小型負荷用途向けマイクロ調整可能な剛性を持つ精密エンジニアリングディスクスプリング
SUNZO 皿ばねは、微調整可能な剛性を備えながら、小さな荷重 (0.5 ～ 50N) に対して正確な弾性を提供します。 30% の省スペース、ISO 16148 認証、耐腐食性の素材が特徴です。耐久性と信頼性が求められるコンパクトな産業用途に最適です。
DIN 2093 ディスクスプリング 限られた軸間隔を持つ水力システムにおけるエネルギー貯蔵とバッファショック吸収
SUNZO Disc Spring - High Stiffness Shock Absorber for Hydraulic Systems SUNZO Disc Spring is a high-performance elastic component well-known for its outstanding stiffness and excellent buffer-shock absorption capabilities. It is designed to bear heavy loads with minimal deformation, making it the ideal solution for applications with limited axial space. Featuring variable stiffness and wide non-linearity, this disc spring can be combined in various ways to achieve customized
DIN 2093 ディスクスプリングは,水力システムにおける密封性能を向上させるために,弾性サポートと最小限の変形を提供します
SUNZO Disc Spring for Hydraulic Seals: Engineered for Minimal Deformation & Maximum Reliability In hydraulic systems, seals demand elastic components that deliver minimal deformation under cyclic pressure and uncompromising reliability to prevent catastrophic fluid leakage. SUNZO Disc Spring is meticulously engineered to meet these critical requirements, serving as a high-performance solution for hydraulic seal applications. Designed to generate stable axial preload across
SUNZO SUS304 ディスクスプリング（ベルビルワッシャー） - 耐腐食性、高荷重容量、産業用途向けのカスタムスタッキング構成
SUNZO SUS304 皿バネはクロム含有量 18 ～ 20% で耐食性に優れ、50 kN までの重荷重に耐え、衝撃吸収性にも優れています。標準サイズと、要求の厳しい産業環境向けに特殊な表面処理を施したカスタム オプションが用意されています。
性能と長寿を保証する65Mn SUS304とInconel718材料で製造されたカスタムDIN 2093ディスクスプリング
Disc Spring Material Guide - 65Mn, SUS304, Inconel718 & More Options The performance of a disc spring largely depends on its material selection. SUNZO offers disc springs made from a wide range of high-quality materials, each tailored to specific working environments. 65Mn provides excellent elasticity and stiffness for general industrial use; SUS304 offers superior corrosion resistance for humid or chemical environments; Inconel718 delivers high-temperature resistance for
