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gasket Product List and Ranking from 142 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated: Aggregation Period:Aug 12, 2026~Sep 08, 2026
This ranking is based on the number of page views on our site.

gasket Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Aug 12, 2026~Sep 08, 2026
This ranking is based on the number of page views on our site.

  1. ダイコー 本社 Osaka//Rubber products
  2. 東京興業貿易商会 本社 Tokyo//Resin/Plastic
  3. アキツ 大阪支店 Osaka//Manufacturing and processing contract
  4. 4 ジャパンマテックス シールエンジニアリングセンター Osaka//Machine elements and parts
  5. 5 甲南精工 東京営業所 Tokyo//others

gasket Product ranking

Last Updated: Aggregation Period:Aug 12, 2026~Sep 08, 2026
This ranking is based on the number of page views on our site.

  1. Gasket Fluid Compatibility Table (Nippon Yakin: Vulcan Comparison Table) ダイコー 本社
  2. Klinger-made gasket "C-4400" for gas and refrigerant sealing. アキツ 大阪支店
  3. Metal gaskets usable in ultra-high vacuum and extremely low temperature environments [Samples available!] USUI CO., LTD.
  4. 4 Cut gasket "Thermiculite #815" 東京興業貿易商会 本社
  5. 5 Metal gasket "U-TIGHTSEAL"

gasket Product List

211~240 item / All 769 items

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The Essence of Silicone Rubber | High-Performance Elastomers that Break Through Technological Limits

A strong and stable bond creates performance that sets it apart from other organic rubber.

In product development and technological innovation, "temperature" often stands as an insurmountable barrier. However, there exists a special material that can break through that barrier and enable technologies in areas that were previously deemed impossible. That material is silicone rubber (Si). In this article, we will redefine the essential properties of silicone rubber, demonstrating how it is not merely a "heat-resistant and cold-resistant material," but rather a "solution" that can expand technical limits. Furthermore, we will explain the selection and processing of this special material to elevate it into functional components from the perspective of the specialized trading company Daiko. *For more detailed content of the column, please refer to the related links. For further information, feel free to download the PDF or contact us.*

  • Rubber
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The Essence of Fluoroelastomers | The Ultimate Elastomer Ensuring the Reliability of Critical Equipment

We will unveil the ultimate performance of fluorine rubber from its physical property data.

Modern advanced technologies must overcome extremely harsh environments, such as high temperatures exceeding 200°C and highly corrosive chemicals. In these extreme conditions, while other materials lose their performance, high-performance elastomers, specifically fluorine rubber (FKM), continue to exhibit stable performance over the long term. Its overwhelming heat resistance and chemical resistance place it among the highest class of rubber materials, establishing it as one of the reliable solutions in modern industry. This article will elucidate the ultimate performance of fluorine rubber through physical property data and propose selection and processing solutions to maximize its capabilities in collaboration with the specialized trading company Daiko. *For detailed content of the column, please refer to the related links. For more information, feel free to download the PDF or contact us.*

  • Rubber
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The True Value of Natural Rubber (NR) | Unmatched Mechanical Strength and Selection Considerations

Based on the provided physical property data, this explains why natural rubber is still indispensable in the industrial sector today.

Among the various rubber materials, natural rubber (NR) is considered the origin and reference point. Even in today's world where various high-performance synthetic rubbers are developed, the exceptional mechanical properties of natural rubber continue to hold irreplaceable value in many fields. In this article, based on the provided physical property data, we will delve into why natural rubber remains indispensable in the industrial sector, exploring the core secret of its "strength" and the "weaknesses" that one should understand to maximize that strength. We will deliver solutions from the specialized trading company Daiko, from suitable material selection to precision processing. *For detailed content of the column, please refer to the related links. For more information, feel free to download the PDF or contact us directly.*

  • Rubber
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Bulkar No. MF300 Gasket Selection Guide

A top model boasting high chemical resistance and cleanliness! From its structural secrets, we provide specific data that supports its performance.

"I want a highly versatile gasket that can withstand both acidic and alkaline fluids. To avoid contamination of the product, a clean, white, high-performance sheet is necessary." ...In such a chemically demanding environment where higher levels of chemical resistance and cleanliness are required simultaneously, the high-performance sheet gasket "Vulcan No. MF300" (Bright Hyper) developed by Vulcan Co., Ltd. has been created to meet these stringent demands. This article will thoroughly explain why the MF300 is positioned as a higher model within the high-performance sheet series, focusing on its structural secrets, specific data that supports its performance, and the correct knowledge needed for safe use, all from a professional perspective. *For detailed content of the column, please refer to the related link. For more information, please download the PDF or feel free to contact us.*

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[Data] Rubber Material Fluid Compatibility Table (Oil Resistant, Solvent Resistant, Chemical Resistant)

"Can this chemical be used?" A reference document for selecting gaskets that is easy to understand at a glance!

The document provides a list of compatibility of rubber materials with various oils, solvents, and chemicals used on-site. It includes a variety of materials such as Natural Rubber (NR), Butadiene Rubber (BR), Styrene Rubber (SBR), and Butyl Rubber (IIR). Additionally, selection criteria such as operating temperature, operating pressure, and piping shape are also necessary for selection. Please use this as a reference for selecting gaskets suitable for your operating fluids. [Contents] ■ Material List ■ Rubber Fluid Compatibility Table *For more details, please download the PDF or feel free to contact us.

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TOMBO No.9007-SC Gasket | Specialized for Strong Alkaline Fluids

A detailed explanation of three important characteristics and considerations to keep in mind during design and selection!

"In lines handling high-concentration alkaline fluids such as caustic soda and potassium hydroxide, we want to maintain long-term stable sealing performance. However, with general PTFE gaskets, there are concerns about reliability under special conditions." This presents sealing challenges in "strong alkaline" environments within plants, which are particularly corrosive and difficult in terms of material selection. To meet these extremely specialized requirements, Nichias Corporation has developed the "TOMBO No.9007-SC" (Naflon PTFE special carbon-filled punched gasket). In this article, we will thoroughly explain why No.9007-SC is specialized for "strong alkaline fluids," from its structural secrets to specific data supporting its performance, as well as the essential usage rules that must be followed, all from a professional perspective. *For detailed content of the column, please refer to the related link. For more information, please download the PDF or feel free to contact us.*

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TOMBO No.1133 Gasket | Specialized in Chemical Resistance

Explaining the correct way to maximize the four outstanding performances and capabilities!

"I want to select a reliable gasket for a line handling acids and alkalis." "There are concerns about long-term corrosion resistance with gaskets for utility use." To address the sealing challenges in such chemically corrosive environments, Nichias Corporation has developed a fluororesin gasket specialized for chemical resistance, the "TOMBO No.1133" (Clean Silk Clean). In this article, we will thoroughly explain why No.1133 exhibits superior chemical resistance that sets it apart from conventional gaskets, including its structural secrets, specific data supporting its performance, and the correct knowledge for safe usage, all from a professional perspective. *For detailed content of the column, please refer to the related link. For more information, please download the PDF or feel free to contact us.*

  • Sealing
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[D5800 Laser Processing Example] Heat-Resistant Gasket

Cutting by melting and evaporating materials with thermal energy! Examples of processing insulation materials that are safe for the human body.

We would like to introduce a case where we manufactured a heat-resistant gasket for duct flanges from the biocompatible fiber cloth "D5800," which complies with RCF regulations, at the request of our customer. Using our laser processing machine, we precisely cut the material to the dimensions and shapes specified by the customer. Since we apply a rubber coating, we can achieve a clean finish without fraying, even with materials that are prone to unraveling like cloth. 【Processing Features】 ■ Clean cut edges without fraying ■ No molds required, accommodating various types ■ High-precision processing *For more details, please download the PDF or feel free to contact us.

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TOMBO No.1155 Clinsil Next [Technical Explanation]

Achieving stable operation of high-temperature utility lines! Versatility that accommodates a wide range of utility applications.

In the stable operation of plants, ensuring the sealing of utility lines such as water, oil, and steam is extremely important. Especially under high-temperature conditions, the performance of gaskets directly affects the reliability of equipment. The "TOMBO No.1155 Clean Seal Next" provided by Nichias Corporation is a sheet gasket that significantly improves reliability in high-temperature areas, addressing the challenges of conventional fluoropolymer gaskets while primarily composed of PTFE. This article will provide a detailed explanation of its excellent features and performance based on product data. *For more detailed information, you can view it through the related links. For further details, please download the PDF or feel free to contact us.*

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High-Temperature and High-Pressure Gasket Selection Guide | Thorough Explanation by Nichias Corporation

For special environments! Vortex gasket that can withstand high temperatures above 450°C.

Special and harsh environments that cannot be addressed by standard gaskets, such as high temperatures exceeding 450°C, extreme low temperatures, or highly oxidative fluids. The sealing performance under such conditions is a critical issue that affects the safety and productivity of the plant. Careless product selection can lead to immediate leakage accidents. In this article, based on technical materials from Nichias Corporation, we will thoroughly explain the correct selection methods for vortex gaskets and metal gaskets in special environments, as well as important points to maximize their performance. *For detailed content of the column, please refer to the related links. For more information, you can download the PDF or feel free to contact us.

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PTFE Cushion Gasket Selection Guide

We will explain how to decode complex product numbers, select them correctly, and important usage precautions!

In chemical plants and lines handling corrosive fluids, the selection of seals is the most critical issue that affects the safety and lifespan of equipment. Among them, the "fluororesin (PTFE) gasket," which boasts excellent chemical resistance, is an indispensable component. However, to fully leverage its high performance, a deep understanding of the product's structure and extremely precise selection tailored to the usage conditions are required. This article comprehensively explains the complex selection methods, processing, and usage precautions, focusing particularly on the "TOMBO No.9010 Naflon PTFE cushion gasket," which has a wide variety of combinations, based on technical materials from Nichias Corporation. *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.*

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[Laser Processing Example] Original Bookmark Production

We would like to introduce an example of creating an original bookmark by clearly engraving the characters and designs specified by the customer!

We would like to introduce a case where we created original bookmarks from stainless steel and plastic sheets at the request of a customer. First, we precisely cut the shape of the bookmark using a laser cutting machine, and then we clearly engraved the specified text and design using a laser marker. By handling everything from cutting to marking in a consistent manner, we can produce high-quality original goods. If you have requests such as "I want to create an original bookmark" or "I want to engrave a name on a commemorative item," please feel free to consult with us. 【Case Overview】 ■ Material: Stainless steel and plastic sheets ■ Product: Original bookmarks ■ Work Details ・Precise cutting of the bookmark shape using a laser cutting machine ・Clear engraving of the specified text and design using a laser marker *For more details, please download the PDF or feel free to contact us.

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【Water Jet Processing Example】62.5mm Square Gasket

We would like to introduce a case where we manufactured a gasket with a size of 62.5mm square based on the DXF data provided by the customer!

We would like to introduce a case study of water jet processing of our heat-resistant glass cloth "D5400." Based on the DXF data provided by the customer, we manufactured a gasket measuring 62.5mm square from the 3.2mm thick "D5400." Using a water jet cutting machine, we precisely cut the outer shape and inner holes according to the data. Materials like glass cloth, which are soft and prone to fraying, can be finished beautifully when cut with water. [Case Overview] ■ Material: 3.2mm thick heat-resistant glass cloth "D5400" ■ Product: 62.5mm square gasket ■ Work Details - High-precision cutting of the outer shape and inner holes according to the data provided by the customer. *For more details, please download the PDF or feel free to contact us.

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[Valqua No. 6500 Processing Example] Gasket for Pumps

We will introduce a case where a water jet cutting machine was used to cut directly from CAD data with high precision!

We would like to introduce a case where a gasket for a pump was manufactured from a non-asbestos joint sheet "Vulcan No. 6500" with a thickness of 2mm, based on the customer's drawing. The shape was complex, based on a ring with a diameter of φ180mm × φ115.4mm, featuring notches and multiple bolt holes (16 holes/32 holes). Using our water jet cutting machine, we cut directly from CAD data with high precision. 【Case Overview】 ■ Material: Vulcan No. 6500 ■ Product: Gasket for pump ■ Shape ・ Based on a ring with a diameter of φ180mm × φ115.4mm ・ Complex shape with notches and multiple bolt holes (16 holes/32 holes) ■ Processing Method ・ Cut directly from CAD data with high precision using a water jet cutting machine *For more details, please download the PDF or feel free to contact us.

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[For Boiler Maintenance Personnel] Solving Challenges in Parts Selection

We have prepared a boiler component catalog that condenses water surface gauges, gaskets, custom packing, and a manufacturer comparison chart into one book!

The stable operation of boiler equipment is the foundation of various industries. On the other hand, due to the harsh environment of high temperature and high pressure, consumable parts such as water level gauges, valves, and piping flanges require regular inspections and prompt replacements. However, when selecting parts, challenges such as "not being able to arrange genuine parts in time," "not knowing compatible parts from other manufacturers," and "not knowing where to order custom gaskets" are always present. To everyone involved in the maintenance and upkeep of boilers, we have prepared the Daiko Co., Ltd. 【Boiler Parts Catalog】 (free PDF), which condenses the necessary parts selection, technical data, and a "manufacturer comparison chart" into one book. *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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[Non-Asbestos Joint Sheet Processing Example] Large Frame Gasket

Water jet cutting is suitable for processing complex-shaped joint sheets because it cuts with a high-pressure water flow!

We would like to introduce a case where we manufactured six large frame-shaped gaskets measuring 680mm square and 60mm wide from a 3mm thick non-asbestos joint sheet "D6000" based on the customer's drawings. The processing involved drilling seven holes with a diameter of 8mm and twenty-four holes with a diameter of 19mm. We used a water jet cutting machine to cut directly from CAD data with high precision. Our company specializes in the production of complex-shaped gaskets based on drawings using water jet cutting machines. We can accommodate a wide range of requests, from a single prototype to complex shapes and short delivery times. Please feel free to contact us. 【Case Overview】 ■ Material: 3mm thick non-asbestos joint sheet "D6000" ■ Product: Six large frame-shaped gaskets ■ Shape: 680mm square, 60mm wide ■ Processing details: Drilling seven holes with a diameter of 8mm and twenty-four holes with a diameter of 19mm ■ Processing method: High-precision cutting directly from CAD data using a water jet cutting machine *For more details, please download the PDF or feel free to contact us.

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PTFEガスケット選定ガイド

「100℃の壁」とクリープの真実、そして高温域を制覇するアイテムとは何かをご紹介!

化学プラントから半導体、食品、医薬品製造に至るまで、PTFE(ポリテトラフル オロエチレン)は、その「プラスチックの王様」とも称される圧倒的な耐薬品性と 非汚染性により、他のいかなる素材も代替不可能な、絶対的な地位を確立しています。 しかし、この万能に見えるPTFEガスケットには、現場の技術者を長年悩ませてきた、 一つの致命的な弱点が存在します。それが、「クリープ(応力緩和)」です。 特に温度が上昇するとこの現象は顕著になり、「PTFEガスケットは100℃まで」 という、ある種の“常識"を生み出してきました 。 この記事では、PTFEが持つ素晴らしい特性と、その最大の弱点である「クリープ」の メカニズムを解説します。 ※コラムの詳細内容は、関連リンクより閲覧いただけます。  詳しくは、お気軽にお問い合わせください。

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Case study of frame gasket processing: Water jet processing for outer R shape.

Processing examples of frame gaskets | Responding to outer R shapes with water jet processing

■Overview of Processing Example Product Name: Frame Gasket (with Outer R) Dimensions: 250□ 25w Frame Material: NBR Rubber Processing Method: Water Jet Cutting This processing example involves the production of an NBR rubber gasket in a frame shape with an R shape on the outer periphery, used in equipment for industrial machinery. This product is utilized for sealing the opening of the equipment, requiring a wide sealing width due to the frame shape and ensuring both safety and ease of handling with the outer R shape. The client is from the industrial equipment manufacturing sector, where dimensional accuracy and shape reproducibility are critical requirements based on assembly with existing equipment. The R specification on the outer periphery is processed according to the drawing instructions, which is expected to prevent snagging at the corners and enhance the safety of the workers. The processing method adopted is water jet cutting. As it is a method that does not use molds, it allows for stable processing of the frame shape, including the R shape, while keeping initial costs low. As a result, reproducibility of the shape, including the outer R part, is secured, contributing to the prevention of interference during assembly and improving workability.

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Processing examples of neoprene sponge frame gaskets

Processing examples of neoprene sponge frame gaskets | Responding to tape-attached shapes with water jet processing

■Overview of Processing Example Product Name: Neoprene Sponge Frame Gasket (with Single-Sided Tape) Dimensions: 190W × 320L (20mm Wide Frame) This processing example involves the fabrication of a frame-shaped gasket made from neoprene sponge material. It features a rectangular outer shape with an inner opening in a frame structure, and multiple mounting holes are arranged around the perimeter. One side is adhered with adhesive tape, enhancing the ease of assembly. The client’s industry is related to industrial equipment and devices. The characteristics of this product include water resistance and cushioning properties due to the neoprene sponge material, as well as the combination of frame shape and single-sided tape structure, which balances temporary fixation and work efficiency. Water jet processing was adopted for the manufacturing method. Since sponge materials are prone to crushing and dimensional variation with blade processing, non-contact processing is used to accurately reproduce the outer shape, inner shape, and hole positions according to the drawings, ensuring stable shape accuracy even after tape application.

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Case Study of Processing Steam Gaskets T1120

Case Study of Processing Steam Gaskets | Water Jet Processing for Center Holes and Multiple Holes

■Overview of Processing Example Product Name: T1120 Steam Gasket Dimensions: 128 square (Center hole φ76, multiple bolt holes) Material: TOMBO No.1120 Processing Method: Water Jet Cutting The outer shape is square, featuring a large diameter center hole in the middle and multiple mounting bolt holes arranged around it. Since this product is used in steam lines, dimensional accuracy to ensure stable sealing performance and positional accuracy of the center hole and bolt holes are critical requirements. This product uses T1120 material, which emphasizes steam resistance, aiming to maintain stable performance even under steam conditions. Water jet cutting was selected as the processing method. Since T1120 contains fibrous materials, it tends to exhibit variability in edge quality and dimensional accuracy when processed with cutting tools. By using the non-contact method of water jet cutting, it became possible to reproduce the shape, including the center hole and multiple holes, according to the drawings while minimizing the load on the material. As a result, this contributes to stabilizing processing accuracy and improving assembly compatibility.

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Processing example of D6000 3-pass gasket

Case study of 3-pass gasket processing | Responding to complex shapes with water jet processing

■Overview of Processing Example Product Name: 3-Pass Gasket Dimensions: Outer Diameter φ990 × Inner Diameter φ960 × t3 This processing example involves the machining of a gasket with a 3-pass structure that divides the flow path. The client operates in the piping and equipment-related field. The product specifications require a configuration that includes a large-diameter ring shape along with internal partition shapes, necessitating reproducibility of the flow path shape and continuity of the seal line. The product feature is the ability to finish the outer shape, inner diameter, and internal shape as a single unit while accommodating the flow path division due to the 3-pass structure. The machining method selected was water jet cutting. This method allows for machining without thermal impact, making it easier to ensure shape reproducibility even for complex shapes, and enables machining of holes, inner diameters, and outer shapes according to the drawings. The effects of the machining include stable dimensional reproducibility of the internal shapes, ensuring assembly compatibility, and contributing to uniformity in finished quality.

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Examples of processing for large-diameter flange gaskets

Case Study of Processing Gaskets for Large-Diameter Flanges | Water Jet Processing for Multi-Hole Flanges

■Overview of Processing Example Product Name: Gasket for Large Diameter Flange Dimensions: Outer Diameter 985φ × Inner Diameter 756φ (P918/22φ-42) This processing example involves the manufacturing of gaskets used for large diameter flanges. The client operates in the plant and equipment sector, requiring stable dimensional accuracy and hole position reproducibility despite the large outer and inner diameters and the presence of numerous bolt holes. T1120 material was used, and by adopting water jet processing, we achieved stable machining of the outer shape and hole arrangement according to the drawings without compromising the material properties. This facilitates easy alignment during assembly and contributes to workability and sealing performance.

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【うず巻き型ガスケット製作事例】内輪付き・短納期対応

バルブメンテナンス!小ロット(1枚~)から短納期で製作・出荷可能

お客様の仕様に基づき、バルブ用の高温・高圧ガスケットとして「D1000 うず巻き型ガスケット(内輪付き)」(厚さ4.5mm、φ135×φ119×φ91)を 3枚製作した事例をご紹介いたします。 SUS304製の内輪(インナーリング)を使用し、V字形断面の金属製フープと フィラー(シール材)を専用の巻線機で高精度に巻き上げています。 うず巻き型ガスケットは、V字形断面の金属製フープと各種フィラーを交互に 巻き込んだ、高温・高圧用として合理的に設計された高性能セミメタリック ガスケットです。 【製作特長】 ■短納期対応 ■内輪のみの特注も可能 ■多様な材質・形状 ※詳しくはPDFをダウンロードしていただくか、お気軽にお問い合わせください。

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[Processing Example] TOMBO No.1991-NF

Direct processing based on the drawings received from the customer! Delicate shapes like "with center branches" are accurately reproduced.

We would like to introduce a case where we manufactured four gaskets for a refrigeration compressor from a joint sheet "TOMBO No.1991-NF" with a thickness of 1.5mm, based on the customer's drawing. The shape features a "center branch" design with an outer diameter of φ240mm and an inner diameter of φ224mm, through which a 9mm wide branch passes. Using our water jet cutting machine, we directly cut the complex branched shape from CAD data with high precision. 【Processing Features】 ■ No need for molds, resulting in low cost and short delivery time ■ Direct processing from drawings ■ Easy repeat orders with data storage *For more details, please download the PDF or feel free to contact us.

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[Case Study of Spiral Gasket Production] Special Truck with Oval Shape and Inner/Outer Rings

We also manufacture gaskets with special spiral shapes using specialized equipment and skilled techniques!

Based on the customer's specifications, we have produced two "D1000 spiral type gaskets" for high-temperature and high-pressure valves. The features of this product include a truck oval shape, and the performance is further enhanced by the installation of inner and outer rings. A V-shaped cross-section metal hoop and sealing material (filler) have been precisely wound into an oval shape using a dedicated winding machine. 【Manufacturing Features】 ■ Compatible with irregular shapes such as truck ovals ■ Short delivery time ■ Custom orders for inner rings only are also possible *For more details, please download the PDF or feel free to contact us.

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What is a mash seal? A PTFE gasket that you just cut and stick.

In-depth explanation of amazing performance, cost benefits, features, construction methods, and selection!

"I can't wait for custom gaskets with complex shapes that take time to deliver." "I want to use it on a rough sealing surface or a slightly uneven corroded flange surface." "It's a line for corrosive fluids, but I want a reliable sealing material while keeping costs down." In plant maintenance, emergency repairs, or prototype development at job sites, the issues of gasket "shape" and "delivery time" are always challenging problems. Especially in the case of non-standard dimensions or complex shapes, expensive molds and specialized processing are required, leading to increased time and costs. A groundbreaking product that solves these on-site troubles all at once is the "Mushseal," developed by Sumitomo Electric Fine Polymer Co., Ltd. This article thoroughly explains why Mushseal is valued on-site as a "universal repair material," based on the official product information from Sumitomo Electric Fine Polymer Co., Ltd., detailing its incredible performance, cost advantages, and construction know-how to avoid failures. *For detailed content of the column, you can view it through the related links. For more information, please download the PDF or feel free to contact us.

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[Natural Rubber Processing Example] Large Diameter, 320 Multi-Holes

Most hole processing is accurately cut to the specified position and dimensions according to the drawings through program control!

We would like to introduce a case where we produced a large-diameter product with an outer diameter of φ1500mm from a 10mm thick natural rubber sheet based on the customer's drawing. The main feature is the multi-hole processing, which involves drilling a total of 320 holes with a diameter of φ24mm. Using our water jet cutting machine, we were able to cut accurately and efficiently according to the CAD data, even for the numerous holes that would be difficult to achieve with manual or press processing. The chemical structure of natural rubber is polyisoprene, which embodies the fundamental "flexibility and toughness" of rubber material at a very high level. 【Processing Features】 ■ Accurate processing of 320 holes ■ Cost reduction without the need for a die ■ Easy repeat ordering with data storage *For more details, please download the PDF or feel free to contact us.

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[Bulkar No. 6502 Processing Example] Gasket with Metal Mesh

We offer custom gaskets tailored to your needs by combining water jet processing and metalworking!

We would like to introduce a case where we manufactured a "10K-25A" size gasket using Vulcan No. 6502 (Black Super) based on the customer's drawing. The features include a "tabbed" shape that is convenient for alignment and verification during installation, and the processing and installation of "metal mesh" in the inner diameter section. The main body of the gasket is precisely cut using a water jet cutting machine, while the mesh part is formed and integrated using pressing or laser processing. 【Processing Features】 ■ No mold required with water jet cutting ■ Flexibility in mesh processing ■ Easy repeat ordering with data storage *For more details, please download the PDF or feel free to contact us.

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Processing example of EPDM rubber truck oval gasket

Processing example of EPDM rubber truck oval gasket | Multi-hole shape support by water jet processing

■Overview of Processing Example Product Name: Truck Oval Gasket Dimensions: 3t × 160W × 410L Material: EPDM Rubber Processing Method: Water Jet Cutting This case involves the production of an EPDM rubber gasket based on an oval shape (truck oval), featuring multiple through holes arranged at the inner opening and outer circumference, using water jet cutting. Due to the multi-hole configuration and curved shape, the project required dimensional accuracy and assembly compatibility that standard products could not meet, but stable shape reproduction was achieved through data processing.

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[TOMBO No.1120 Processing Example] Heat-resistant Gasket

It is possible to create complex shapes easily and with high precision by automatically processing from CAD data!

We would like to introduce a case where we produced 50 gaskets for a manifold, measuring 60mm x 128mm, from a heat-resistant joint sheet "TOMBO No.1120" with a thickness of 1.5mm, based on the customer's drawing. The processing involved drilling holes with diameters of φ41mm and φ13mm. Using our plotter processing machine (with router functionality), we processed the material directly and precisely from CAD data. Since no die cutting was required, we were able to respond quickly to requests for medium lots of 50 pieces with a clean finish and no burrs. 【Processing Features】 ■ Cost reduction without the need for die cutting ■ Support for small lot production starting from one piece ■ Clean finish with no burrs ■ Easy repeat ordering with data storage *For more details, please download the PDF or feel free to contact us.

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