Dimensional Standards

The DIN 6796 standard defines specific technical specifications for dish washers:

• D1 (Inner Diameter): Inner dimension for shaft or bolt passage

• D2 (Outer Diameter): General diameter measurement of the washer

• S (Thickness): Material thickness

• H (MAX): Maximum height – height of the conical structure

Suitable Thread Diameters

Dish washer production covers a wide range of thread diameters from M2 to M30. Washer manufacturing can be carried out at every scale, from small electronic applications to large industrial machinery.

Material Types

• Spring Steel: Basic material of DIN 6796 standard, high elasticity and strength

• Stainless Steel: Corrosion-resistant, long-lasting dish washer production

• Carbon Steel: Economical and durable standard washer manufacturing

• Copper Alloys: Applications requiring electrical conductivity

Coating Types

Manufactured washer surfaces can be coated with different protection methods:

• Electrolytic Coating: Precise and homogeneous surface coating

• Phosphating: Oil-retaining, under-paint coating

• Zinc Coating: Economical corrosion protection

• Hot Dip Galvanizing: Washer production providing superior protection

Manufacturing Processes

Washer and gasket production is carried out with modern production technologies:

• Cold Pressing: High-precision dish washer manufacturing

• CNC Machining: Production of complex-shaped special washer varieties

• Heat Treatment: Tempering processes that increase material strength

• Surface Treatments: Coating and finishing processes

Quality Assurance Systems

Produced washer quality undergoes rigorous quality control processes:

• Dimensional tolerance controls

• Material hardness tests

• Surface quality examinations

• Functional tests

Factors Affecting Price

Washer and Gasket production unit price varies depending on various factors:

• Produced Quantity: Unit price may vary according to the quantity of manufactured washer or gasket

• Material Type: Raw material costs affect washer production price

• Production Complexity: Specially shaped washer varieties are more costly

• Coating and Processes: Additional surface processes increase cost

Significant economic advantages can be achieved according to the quantity of produced, manufactured washer or gasket. High-volume washer production significantly reduces the unit price.

Industrial Uses

• Automotive Sector: Dish washer manufacturing in engine, chassis, and suspension connections

• Aviation Industry: Vibration-preventing washer production in critical connections

• Machinery Manufacturing: Gasket production in industrial equipment

• Electronics Sector: Washer varieties in sensitive electronic device assemblies

Special Applications

Customized dish washer solutions can be developed according to usage locations. Washer manufacturing can be carried out for all your needs in any type of special application.

Mechanical Superiorities

• Spring Effect: Extra pressure force thanks to conical structure

• Vibration Resistance: Design preventing connection loosenings

• Load Distribution: Load distribution with wider surface area

• Long Lifespan: Durability with quality materials and processes

Order Stages

1. Technical Requirement Analysis: Determining usage purpose and technical specifications

2. Design and Engineering: Technical drawing for any shape we can think of

3. Prototype Development: Production of washer variety prototype

4. Test and Approval: Performance tests and customer approval

5. Serial Production: Production planning according to the quantity of manufactured washer

6. Quality Control and Shipping: Produced washer quality control and delivery

Customization Options

Washer production or gasket production can be carried out with the following customizations:

• Non-Standard Dimensions: Special washer manufacturing in every size

• Personalized Branding: Washer varieties with logo or part number

• Color Coding: Colored washer production according to application area

• Special Packaging: Industrial or retail packaging options