ULTIVATE Inc. Product Lineup

The RY series combines fluoropolymer tubes with frequently used flange fittings in plants. It is useful for various applications such as liquid level gauges and drop tubes next to tanks, as well as insertion tubes. Conductive PTFE tubes are also available. By adopting a flare structure (a one-piece structure where the tube is expanded into a circular shape) instead of a two-piece structure that clamps the flange fitting to the tube, we achieve complete integration of the tube and fitting, allowing for use as a pipe with minimal risks of pressure loss or leaching. 【Features】 ■ Teflon (PTFE) straight hose ■ Flanged flare processing ■ Visibility + chemical resistance ■ Conductive tube

Flanged flare processing where the tube and fitting are integrated. Combined with a basic fluoropolymer straight tube. The RY series combines fluoropolymer tubes with frequently used flanged fittings in plants. It is useful for various applications such as level gauges and drip tubes next to tanks, as well as insertion tubes. Conductive PTFE tubes are also available. By adopting a flare structure (a one-piece structure where the tube is expanded circularly) instead of a two-piece structure that clamps the flanged fitting to the tube, we achieve complete integration of the tube and fitting, allowing for use as a pipe with reduced risks of pressure loss and leaching. 【Features】 ■ Teflon (PTFE) straight hose ■ Flanged flare processing ■ Visibility + chemical resistance ■ Conductive tube

High-purity chemicals and hazardous fluids require highly useful conductive fluororesins. We have developed a thick-walled type of fully conductive tube that can be directly inserted into tanks and raw material drums, and is also suitable for vacuum transfer. In the RW30, we have applied lining processing to the joint sections, ensuring that no metal parts come into contact with the fluid, allowing for high-purity transfer to the process. 【Features】 ■ Uses thick conductive fluororesin tubes ■ Visibility + strength + lightweight ■ Significantly reduces the risk of breakage due to resin material ■ Reliable durability through specialized fitting crimping ■ SUS exterior available as an option 【Applications】 We recommend using this for filling lines in processes that dislike charging or static electricity, as well as in food, brewing, beverages, seasonings, pharmaceuticals, cosmetics, chemical products, electronic materials, semiconductors, and ultra-pure water lines. 【Applicable Standards】 Food Sanitation Act

High-purity chemicals and hazardous fluids require highly useful conductive fluororesins. We have developed a thick-walled version of the fully conductive type tube that can be directly inserted into tanks and raw material drums, and is also suitable for vacuum transfer. In the RW30, we have applied lining processing to the joint parts, ensuring that no metal parts come into contact with the fluid, allowing for high-purity transfer to the process. 【Features】 ■ Uses thick conductive fluororesin tubes ■ Visibility + strength + lightweight ■ Significantly reduces the risk of breakage due to resin material ■ Reliable durability through specialized fitting crimping ■ SUS exterior available as an option 【Applications】 Recommended for use in filling lines for processes that dislike static electricity, as well as in food, brewing, beverages, seasonings, pharmaceuticals, cosmetics, chemical products, electronic materials, semiconductors, and ultra-pure water lines. 【Compliance Standards】 Food Sanitation Act

What is a flexible joint, to begin with? In simple terms, it is a "soft, stretchable, compressible, and bendable pipe" used for the purpose of "protecting solid objects with its flexibility and supporting smooth movement." 【Where to use flexible joints and expansion joints】 ◆ Moving parts of machinery ◆ Inlets and outlets of rotating equipment such as pumps that experience vibrations ◆ Inlets and outlets of fragile tanks, chemical tanks, and other tanks with leakage risks ◆ Piping that experiences movement due to thermal stress or water hammer The important question regarding flexible joints and expansion joints is: what kind of movement do you want to absorb? The main types of displacement (movement) can be broadly categorized into two: "expansion/contraction" and "eccentricity," with "composite displacement" occurring when both happen simultaneously. You must select the "movement" and the "material" that corresponds to the fluid, but the most crucial point is to choose and manufacture a flexible joint made of a material that matches the usage conditions (pressure, temperature, fluid) and environmental conditions (exposure, burial, outdoor, gas atmosphere). There are numerous considerations in the selection process, and data backed by experience and proven results is essential. Our specialized technical sales staff will be happy to suggest suitable flexible joints, so please feel free to contact us.

Fully contact liquid PTFE convoluted hose for flange piping. By flaring the joint section, the tube and joint are integrated, ensuring high cleanliness, sealing performance, and pressure resistance. The applicable pressure is mainly below 1.0 MPa, and it features high flexibility focused on usability, with the option of conductive PTFE, making it an attractive design with high freedom. 【Features】 ■ Uses Teflon (PTFE) convoluted hose ■ Chemical resistance + flexibility + durability ■ Calculated pressure resistance performance with SUS blade ■ Concentrated technical expertise to secure effective length and flexibility ■ Conductive PTFE tube also available (RY41) 【Points】 ■ Cleanliness The contact material is made entirely of fluororesin PTFE, minimizing the leaching of impurities to the utmost limit. ■ Flexibility High flexibility is achieved through spiral PTFE (fluororesin, Teflon) and specially developed component structures. 【Applicable Standards】 ■ Food Sanitation Act 【Functions】 ■ Negative pressure suction (optional) ■ Conductivity (optional) ■ Oil resistance ■ Non-stick and odor-resistant 【Applicable Industries】 ■ Food, brewing, beverages, seasonings ■ Apparel, cosmetics, chemical products ■ Electronic materials, semiconductor manufacturing, ultra-pure water

While maximizing the material stability of PFA, we have ensured durability and flexibility with an FDA-compliant EPDM exterior. It is equipped with cold and heat resistance, chemical resistance, and low elution properties, making it suitable for pumping, negative pressure, and suction applications. The TW51, featuring a fully wetted PFA lining joint type, also provides maximum safety for the transfer of high-purity products. 【Features】 ■ Hybrid hose with EPDM exterior and Teflon (PFA) interior ■ Exterior: TH51 (blue), TH51P (white) ■ Exterior made of a stronger rubber material ■ Significantly reduced elution risk due to the high-strength C-F bond of PFA ■ Complies with USP Class 6 standards ■ Reliable durability through specialized fitting crimping ■ Usable in various processes 【Applicable Standards】 ■ Food Sanitation Act ■ FDA DMF ■ FDA: 21CFR 177.300 ■ FDA: 21CFR 177.1550 ■ FDA: 21CFR 177.2600 ■ USP: Class 6

The exterior is made of non-sticky platinum silicone, while the interior features high smoothness PFA, providing flexibility under various temperature conditions. The most distinctive aspect of the TH50 is its high internal visibility. By combining highly transparent silicone and PFA, it allows for easy observation of fluid conditions. In addition to its usability as a hose, it can also serve the role of a flow sight, making it multi-use. The body reinforcement consists solely of wire, making it particularly suited for low-pressure applications. However, with PFA as the wetted material, it leverages characteristics such as chemical resistance, heat resistance, mirror-like smoothness, and being tasteless and odorless, thus providing value in various scenarios. 【Features】 ■ Adopts a hybrid hose of platinum silicone on the outside and Teflon (PFA) on the inside ■ Significantly reduces elution risk due to the high-strength C-F bond of PFA ■ Complies with USP Class 6 standards ■ Ensured durability through dedicated fitting crimping ■ Usable in various processes 【Main Applicable Industries】 ■ Food, brewing, beverages, seasonings ■ Pharmaceuticals, cosmetics, chemical products ■ Electronic materials, semiconductors, ultra-pure water 【Functions】 ■ Negative pressure suction ■ Visibility ■ Oil resistance ■ Non-stick ■ Odor prevention

The exterior is made of non-sticky platinum silicone, while the interior features high smoothness PFA, providing flexibility under various temperature conditions. The most distinctive aspect of the TH50 is its high internal visibility. By combining highly transparent silicone and PFA, it allows for easy observation of fluid conditions. In addition to its usability as a hose, it can also serve the role of a flow sight, making it multi-use. The body reinforcement consists solely of wire, making it primarily suitable for low-pressure applications. However, with PFA as the wetted material, it leverages characteristics such as chemical resistance, heat resistance, mirror-like smoothness, and being tasteless and odorless, providing value in various scenarios. 【Features】 ■ Hybrid hose using platinum silicone on the exterior and Teflon (PFA) on the interior ■ Significantly reduces leaching risk due to the high-strength C-F bond of PFA ■ Complies with USP Class 6 standards ■ Reliable durability through specialized fitting crimping ■ Usable in various processes 【Main Applicable Industries】 ■ Food, brewing, beverages, seasonings ■ Pharmaceuticals, cosmetics, chemical products ■ Electronic materials, semiconductors, ultra-pure water 【Functions】 ■ Negative pressure suction ■ Visibility ■ Oil resistance ■ Non-stick ■ Odor prevention

Tōkatsu Techno Co., Ltd. has changed its company name to "ULTIVATE Inc." effective January 1, 2026. -------- 1) About the Name Change "We continue to move forward to transport refined fluids to the next process without compromising their purity. To achieve this, we cultivate ultimate technology and propose optimal combinations of materials. This sentiment is embedded in our new company name." -------- 2) Announcement - The business entity will be inherited, and there will be no changes to contracts, rights, or obligations. - There will be no changes to phone numbers, head office addresses, or registration numbers. - Documents with the old company name will still be valid as official documents. - For inquiries, please contact your sales representative or reach out via our website. -------- 3) Regarding the Mixed Use of the Old Company Name For a while, the old company name may still appear on our website, catalogs, technical documents, and stamped inventory products. We will gradually transition to the new name, and we appreciate your understanding. -------- We sincerely thank you for your continued support and look forward to your unwavering patronage. Date: January 2026

In the water treatment industry, accurate chemical injection is essential for water quality management. Particularly when using corrosive chemicals, the material of the hose is crucial, requiring resistance to chemicals and flexibility. Inappropriate hoses can lead to chemical leaks and deterioration, potentially resulting in plant shutdowns and water quality contamination. Our PTFE liquid transfer hoses utilize PTFE (fluoropolymer), which has excellent chemical resistance and high flexibility, making them ideal for chemical injection in water treatment plants. 【Application Scenarios】 - Chemical injection in wastewater treatment facilities - Chemical addition at water purification plants - Chemical supply in industrial water treatment 【Benefits of Implementation】 - Reduced risk of chemical leaks - Decreased frequency of hose replacements - Contributes to stable plant operations

In the cosmetics industry, accurate transfer of raw materials is essential to maintain product quality. Especially when handling delicate ingredients or expensive raw materials, it is important to minimize the risk of contamination and streamline the blending process. The TH50 allows for easy verification of the fluid state due to its high internal visibility, enabling early detection of issues in the blending process. Additionally, the chemical resistance and flexibility of PFA support stable blending with various cosmetic ingredients. 【Usage Scenarios】 - Transfer of cosmetic raw materials - Visualization of the blending process - Use in sanitary environments 【Benefits of Implementation】 - Reduction of blending errors - Improvement in quality control - Streamlining of processes

In the pharmaceutical industry's aseptic filling process, it is crucial to minimize the risk of contamination to ensure product quality and safety. In particular, hoses used in the filling process require high reliability to maintain fluid purity and achieve accurate filling volumes. Improper use of hoses can lead to product contamination and filling volume discrepancies, potentially adversely affecting the quality of the final product. The TH50 allows for easy verification of fluid conditions due to its high internal visibility and achieves excellent chemical resistance and low leachability through the use of PFA, enhancing safety in the aseptic filling process. 【Usage Scenarios】 - Filling of aseptic pharmaceuticals - Transfer of cell culture media - Manufacturing of injectable drugs 【Benefits of Implementation】 - Early detection of foreign matter due to high visibility - High chemical resistance with PFA, accommodating various drugs - High safety ensured by compliance with USP Class 6 【Main Applicable Industries】 - Food, brewing, beverages, seasonings - Pharmaceuticals, cosmetics, chemical products - Electronic materials, semiconductors, ultra-pure water 【Features】 - Negative pressure suction - Visibility - Oil resistance - Non-stick - Odor prevention

In the chemical industry, hoses are required to have high chemical resistance due to the handling of various chemicals. In environments where corrosive chemicals or organic solvents are used, the deterioration or damage of hoses can lead to serious accidents. The TH50 achieves excellent chemical resistance by incorporating PFA on the inner surface, which helps to suppress the deterioration of hoses caused by chemicals. Additionally, its transparency allows for easy monitoring of the fluid's condition, contributing to the early detection of abnormalities. 【Usage Scenarios】 - Transfer of corrosive chemicals - Handling of organic solvents - Piping in chemical plants - Research and development facilities 【Benefits of Implementation】 - Increased hose lifespan - Improved safety - Enhanced work efficiency - Visualization of fluid management 【Main Applicable Industries】 ■ Food, brewing, beverages, and seasonings ■ Pharmaceuticals, cosmetics, and chemical products ■ Electronic materials, semiconductors, and ultra-pure water 【Features】 ■ Negative pressure suction ■ Visibility ■ Oil resistance ■ Non-stick ■ Odor prevention

In the semiconductor manufacturing process, the quality control of chemical solutions significantly affects product yield. Especially when handling high-purity chemicals, it is crucial to minimize the risk of contamination and to always be aware of the condition of the chemicals. TH50 allows for visual confirmation of the flow of chemicals due to its high internal visibility, enabling early detection of foreign matter and abnormalities. It combines the chemical resistance of PFA with the flexibility of platinum silicone, making it suitable for use under various temperature conditions. 【Usage Scenarios】 - Chemical supply lines - Pure water supply lines - Various cleaning solution supplies 【Benefits of Implementation】 - Maintenance of chemical quality - Stabilization of processes - Improved maintainability 【Main Applicable Industries】 ■ Food, brewing, beverages, seasonings ■ Pharmaceuticals, cosmetics, chemical products ■ Electronic materials, semiconductors, ultra-pure water 【Features】 ■ Negative pressure suction ■ Visibility ■ Oil resistance ■ Non-stick ■ Odor prevention

In the food industry, maintaining product quality and safety is the top priority. Particularly in the transfer of liquids and semi-fluids, the material, cleanliness, and visibility of hoses are crucial. If foreign substances are mixed in or if it is difficult to check the condition inside the hose, it can lead to product quality deterioration or production line stoppages. The TH50, with its high internal visibility, allows for easy monitoring of fluid conditions and supports the safe transfer of food products. 【Usage Scenarios】 - Transfer of liquids and semi-fluids in food manufacturing lines - Manufacturing processes for brewing, beverages, and seasonings - Sanitary applications 【Benefits of Implementation】 - Easy monitoring of fluid conditions reduces the risk of foreign substance contamination - High chemical resistance and heat resistance accommodate a wide range of food products - Compliance with USP Class 6 standards ensures safety 【Main Applicable Industries】 ■ Food, brewing, beverages, seasonings ■ Pharmaceuticals, cosmetics, chemical products ■ Electronic materials, semiconductors, ultra-pure water 【Features】 ■ Negative pressure suction ■ Visibility ■ Oil resistance ■ Non-stick ■ Odor prevention

In the beverage industry, it is important to minimize foreign matter contamination and reactions with chemicals during fluid transfer to maintain the flavor and quality of products. Particularly for beverages with delicate flavors, the material of the hose can affect taste and aroma. TH50 achieves chemical resistance and low leachability by using PFA on the inner surface, thereby suppressing the impact on flavor. Additionally, its high visibility allows for easy monitoring of the fluid's condition, enhancing quality control. 【Usage Scenarios】 - Manufacturing processes for flavor-sensitive beverages - Transfer of flavor syrups and concentrated fruit juices - Monitoring fluid conditions in quality control 【Benefits of Implementation】 - Reduces the risk of flavor degradation - Contributes to maintaining product quality - Improves manufacturing process efficiency 【Main Applicable Industries】 ■ Food, brewing, beverages, and seasonings ■ Pharmaceuticals, cosmetics, and chemical products ■ Electronic materials, semiconductors, and ultra-pure water 【Features】 ■ Negative pressure suction ■ Visibility ■ Oil resistance ■ Non-stick ■ Odor prevention

In experiments conducted at research institutions, the handling of fluids, safety, and workability improvements are crucial. TH50 offers excellent visibility of fluid states due to its high transparency and contributes to increased flexibility in device layout thanks to its flexible structure. It is expected to enhance work efficiency in fluid transfer applications in chemical experiments, equipment evaluations, and testing facilities. 【Usage Scenarios (Examples)】 - Transfer of various reagents in chemical experiments - Fluid supply lines in experimental and evaluation equipment - Temporary sample transport during equipment testing (Note: Prior evaluation is recommended for applications requiring analytical precision) 【Benefits of Implementation】 - Easy confirmation of fluid states, enhancing experimental safety - High flexibility accommodates complex piping - Chemical resistance and heat resistance allow for a wide range of fluids - Compliance with USP Class 6 standards ensures high safety 【Main Applicable Industries】 - Food, brewing, beverages, seasonings - Pharmaceuticals, cosmetics, chemical products - Electronic materials, semiconductors, ultra-pure water 【Features】 - Negative pressure suction - Visibility - Oil resistance - Non-stick - Odor prevention

In the semiconductor industry's cleanroom environment, the contamination of fine foreign substances significantly affects product quality. In particular, the breakage of sight glasses used for visual inspection of fluids in the manufacturing process increases the risk of contamination and can lead to serious issues. Our PFA resin flow sight is designed as a glass alternative, greatly reducing the risk of contamination due to breakage. The high transparency of the PFA material facilitates easy visual inspection of fluids, enhancing quality control in the manufacturing process. 【Usage Scenarios】 - Piping in cleanrooms - Lines using high-purity chemicals - Semiconductor manufacturing equipment 【Benefits of Implementation】 - Reduced risk of contamination - Stabilization of manufacturing processes - Improved product quality 【Applicable Standards】 - Food Sanitation Act

In chemical plants, understanding the fluid state within piping is important from the perspective of safety management and operational verification. PFA resin flow sights utilize excellent chemical resistance properties to enable visual confirmation of fluids in piping lines handling corrosive fluids. One of the features is the expected reduction in the risk of breakage compared to glass. [Usage Scenarios] - Chemical supply lines - Corrosive fluid piping - Processes requiring visual confirmation [Benefits of Implementation] - Improved operational management through fluid state confirmation - Increased reliability of piping materials due to chemical-resistant materials - Enhanced safety during maintenance inspections

In the food manufacturing industry, managing the risk of foreign matter contamination during the manufacturing process is an important issue. Properly understanding the fluid state within pipes is essential for maintaining a stable manufacturing process and for quality control. PFA resin flow sights utilize fluoropolymer that excels in chemical resistance and transparency, allowing for visual confirmation of the fluid within the pipes. One of its features is the expected reduction in the risk of breakage compared to glass. 【Usage Scenarios】 - Filling process lines - Confirmation piping during the manufacturing process - Fluid confirmation applications for high-viscosity products 【Benefits of Implementation】 - Improved process management through visualization of the fluid state within pipes - Contribution to reducing the risk of foreign matter contamination due to glass breakage - Providing peace of mind with materials that comply with food sanitation laws

In pharmaceutical-related manufacturing processes, it is considered important to properly understand the fluid state within the piping from the perspective of stable process management and safety measures. PFA resin flow sights, which utilize fluororesin with excellent chemical resistance, are suitable products for visually confirming the fluid within the piping. One of their features is the expected reduction in the risk of breakage compared to glass sight glasses. 【Usage Scenarios】 - Confirmation piping during the manufacturing process - Chemical transfer lines (process applications) - Equipment around the filling process 【Benefits of Implementation】 - Improved process management through visualization of fluid states - Consideration for reducing breakage risks - Increased efficiency in equipment maintenance and inspection tasks

In the water treatment industry, stable operation and maintenance management of equipment are emphasized. Sight glasses, which allow for visual confirmation of the fluid state inside pipes, are essential components for understanding operational conditions and conducting inspection tasks. PFA resin flow sights utilize fluororesin with excellent chemical resistance, making them suitable for applications where visibility of the fluid in pipes is required. Compared to glass sight glasses, they also feature a reduced risk of breakage. 【Usage Scenarios】 - Water purification facility equipment - Wastewater treatment facilities - Ultrapure water production processes (general water treatment applications) 【Benefits of Implementation】 - Improved operational management through visualization of fluid states - Consideration for reduced breakage risk - Increased efficiency in maintenance and inspection tasks

In the manufacturing process of electronic devices, understanding the fluid state in equipment that uses various chemical solutions and cleaning liquids contributes to process management. The PFA resin flow sight is a product that employs a highly transparent fluororesin, making it suitable for visually confirming fluids within pipes. Compared to glass sight glasses, one of its features is the expected reduction in the risk of breakage. 【Usage Scenarios】 - Chemical solution lines in electronic component manufacturing processes - Piping for cleaning processes - Confirmation lines for manufacturing equipment 【Benefits of Implementation】 - Improved process verification through the visualization of fluid states - Consideration for reducing breakage risks - Increased efficiency in maintenance and inspection tasks 【Applicable Standards】 Food Sanitation Act

In the medical-related fields and research facilities, there are situations where confirmation of fluid states is required in equipment handling various types of liquids and cleaning solutions. The PFA resin flow sight is a product that uses a highly transparent fluoropolymer, making it suitable for visually confirming fluids within piping. Compared to glass sight glasses, one of its features is the expected reduction in the risk of breakage. 【Usage Scenarios】 - Piping for research equipment - Confirmation lines for testing devices - Auxiliary equipment in medical-related facilities 【Benefits of Implementation】 - Improved confirmability through visualization of fluid states - Consideration for reducing breakage risks - Increased efficiency in maintenance and inspection tasks

In the cosmetics manufacturing process, properly confirming the appearance and fluid state of the contents during production leads to stable process management. The PFA resin flow sight is a product that uses a fluororesin with excellent transparency, suitable for visually confirming fluids within piping. One of its features is the expected reduction in the risk of breakage compared to glass sight glasses. 【Usage Scenarios】 - Confirmation lines before and after the filling process - Piping for raw materials and formulation processes - Piping for cleaning processes 【Benefits of Implementation】 - Improved process verification through fluid state visualization - Consideration for reducing breakage risk - Increased efficiency in maintenance and inspection tasks 【Applicable Standards】 - Food Sanitation Act

In the transportation of chemical solutions in the fields of chemistry, semiconductors, pharmaceuticals, and research, preventing leaks and maintaining fluid quality are crucial. Particularly under conditions involving corrosive chemicals or high pressure, hoses must exhibit high chemical resistance, durability, and flexibility. Our high-pressure PTFE hoses achieve both high pressure resistance and low reaction force through a fine wave PTFE corrugation structure and a reinforced design. They contribute to enhancing the safety of chemical transport lines and reducing equipment load. [Application Scenarios] - Chemical supply lines in chemical plants - Chemical piping for semiconductor manufacturing equipment - Reagent transport in research facilities - High-purity chemical lines in manufacturing equipment - Piping sections subject to vibration or displacement [Implementation Benefits] - Reduction of chemical leakage risks - Decrease in equipment vibration and piping stress - Reduction in hose replacement frequency - Contribution to creating a safe working environment

In the food industry’s filling process, hygiene and stable filling performance are essential to maintain product quality. This is particularly important in filling lines with significant temperature changes and pressure fluctuations, where the durability and flexibility of hoses are crucial. Inappropriate hoses can lead to leaks, troubles caused by piping loads, and even production line stoppages. Our high-pressure PTFE hoses use food-safe materials in the wetted parts. The fine wave PTFE corrugation structure achieves both high pressure resistance and flexibility, providing stable performance even in high-temperature and high-pressure environments. We also offer consultation for selection based on fluid, temperature, and pressure conditions. 【Application Scenes】 - Food filling machines - Beverage filling lines - Various food manufacturing processes - Lines involving hot water cleaning - Piping sections subject to vibration or movement 【Benefits of Implementation】 - Improved safety by reducing leak risks - Stabilization of product quality - Equipment protection by reducing piping loads - Improved manufacturing efficiency and reduced maintenance burden

【Product Introduction】 In the pharmaceutical industry, contamination control is crucial for maintaining the quality of pharmaceuticals during the transportation of raw materials, intermediates, and pharmaceutical liquids. Particularly in processes that require sterility, hoses must possess high washability, chemical resistance, and durability. Conventional hoses often face challenges in washability, flexibility, and durability, which can lead to increased piping load and maintenance frequency. Our high-pressure PTFE hoses utilize a fine wave PTFE corrugation structure. They achieve both high chemical resistance and flexibility, making them suitable for the transportation of pharmaceutical liquids and sterile process lines in clean environments. 【Application Scenarios】 - Transportation of raw materials and intermediates in pharmaceutical manufacturing processes - Transfer of culture media in biopharmaceutical equipment - Supply of pharmaceutical liquids in clean rooms - CIP/SIP compatible lines - High-pressure piping with vibration and movement 【Benefits of Implementation】 - Contributes to reduced contamination risk - Extended lifespan due to high chemical resistance - Reduced piping load due to low reaction force - Improved work efficiency through enhanced flexibility

【Product Introduction】 In the chemical supply lines of semiconductor manufacturing processes, maintaining high purity and stable supply is crucial. Especially under corrosive chemical conditions or high-pressure environments, hoses must exhibit high chemical resistance, durability, and flexibility. Issues such as chemical leaks or piping stress can lead to production halts or quality defects, making hose selection one of the important factors. Our high-pressure PTFE hoses utilize a fine wave PTFE corrugation structure. They achieve both high pressure resistance and low reaction force, suitable for high-purity chemical lines and movable piping sections. 【Usage Scenarios】 - Chemical supply lines for semiconductor manufacturing equipment - High-purity chemical transfer lines - Chemical transport in high-pressure and high-temperature environments - Handling of corrosive chemicals - Piping sections involving vibration and movement 【Benefits of Implementation】 - Reduced risk of chemical leaks - Contributing to stable operation of manufacturing lines - Equipment protection through reduced piping stress - Maintenance of quality in high-purity chemical lines

【Product Introduction】 In water treatment and sludge treatment equipment, high chemical resistance and durability are required for chemical injection and various treatment processes. Particularly in piping sections that involve high pressure and vibration, the load on hoses is significant, making it crucial to address the risks of leakage and equipment downtime. Our high-pressure PTFE hose features a fine wave PTFE corrugation structure and a fiberglass layer combined with a SUS hard wire blade structure. It achieves both high pressure resistance and flexibility, contributing to the stable operation of water treatment equipment. 【Usage Scenarios】 - Chemical injection lines for PAC, caustic soda, sulfuric acid, etc. - Hypochlorous acid injection equipment - Sludge dewatering equipment lines - High-pressure liquid transfer lines - Piping sections with vibration and movement 【Benefits of Implementation】 - Reduced risk of hose damage - Increased longevity due to improved chemical resistance - Reduced risk of equipment downtime - Decreased maintenance burden

【Product Introduction】 In the semiconductor manufacturing process, a stable supply of high-purity chemicals is essential to maintain product quality. Particularly, depending on the type of chemicals and usage conditions, hoses need to have high chemical resistance, durability, and flexibility. Inappropriate hoses can lead to chemical leaks, piping stress, and product defects due to foreign matter contamination. Our high-durability PTFE corrugated hoses achieve both high flexibility and durability through a fine wave PTFE structure. They are suitable for chemical supply lines and movable piping sections in semiconductor manufacturing equipment. 【Application Scenarios】 - Chemical supply lines for semiconductor manufacturing equipment - High-purity chemical lines - Chemical transport in high-pressure and high-temperature environments - Handling of corrosive chemicals - Piping in clean rooms - Piping sections involving vibration and movement 【Benefits of Implementation】 - Reduced risk of chemical leaks - Contribution to maintaining product quality - Equipment protection through reduced piping stress - Stabilization of the manufacturing process

【Product Introduction】 In the pharmaceutical industry, quality control of pure water and pharmaceutical solutions in the manufacturing process is crucial. In particular, hoses must have high chemical resistance, cleanability, and durability to address contamination measures and reduce the risk of foreign matter intrusion. Inappropriate hoses can lead to the leaching of impurities, increased piping load, and more frequent maintenance. Our high-durability PTFE corrugated hose uses British-made PTFE hoses. It features high chemical resistance, cleanability, and non-stick properties, making it suitable for high-purity fluid lines and sanitary applications. 【Usage Scenarios】 - Pure water production equipment - Pharmaceutical manufacturing lines - Sanitary piping - CIP/SIP compatible lines - Piping in clean rooms - High-purity fluid lines 【Benefits of Implementation】 - Reduced risk of pure water contamination - Contributes to maintaining product quality - Equipment protection through reduced piping load - Stabilization of the manufacturing process

【Product Introduction】 In the food industry, hygiene management during the manufacturing process is crucial. To prevent foreign matter contamination and maintain product quality, the hoses used must possess high durability, chemical resistance, and cleanability. In particular, hoses used in lines with high cleaning frequency or in high and low-temperature environments are subjected to significant stress, making it important to address issues related to leaks and deterioration. Our high-durability PTFE corrugated hose achieves both high flexibility and durability through its fine wave PTFE structure. Thanks to the inherent high cleanability and non-stick properties of PTFE, it also contributes to hygiene management in fluid lines containing oils and fats, as well as in food manufacturing lines. Additionally, it is suitable for high-pressure lines that involve vibration and movement, supporting the stable operation of manufacturing equipment. 【Usage Scenarios】 - Food filling lines - Beverage filling lines - Coffee and beverage manufacturing equipment - Fluid lines containing oils and fats - CIP cleaning lines - Sanitary piping - Fluid transport in high and low-temperature environments 【Benefits of Implementation】 - Reduced risk of foreign matter contamination - Decreased frequency of hose replacement - Stable operation of manufacturing lines - Equipment protection through reduced piping stress - Enhanced cleanability supporting hygiene management

【Product Introduction】 In the field of medical and analytical equipment, the stable supply of high-purity fluids and the chemical resistance and durability of internal piping are crucial. Particularly in environments where cleaning frequency is high or chemical solutions are used, the selection of hose materials significantly impacts the stable operation of the equipment. Our high-durability PTFE corrugated hose achieves both high flexibility and durability through its fine wave PTFE structure. It features excellent chemical resistance, cleanability, and non-stick properties, making it suitable for piping in analytical equipment and medical device manufacturing facilities. 【Application Scenes】 - Piping for analytical equipment - Chemical solution supply lines - High-purity fluid lines - Piping in clean rooms - Medical device manufacturing facilities 【Benefits of Implementation】 - Reduced risk of chemical leakage - Contributes to stable operation of equipment - Reduced piping load - Improved maintainability

【Product Introduction】 In chemical plants, it is essential to address corrosive fluids and high-temperature, high-pressure conditions. Corrosion and deterioration of piping can lead to leakage accidents and equipment downtime, making the selection of hoses suitable for the operating environment crucial. In particular, for chemical lines such as sulfuric acid, caustic soda, and hydrochloric acid, not only chemical resistance but also measures against piping loads due to vibration and movement are required. Our high-durability PTFE corrugated hose achieves both high flexibility and durability through its fine wave PTFE structure. In addition to high chemical resistance, its low reaction force structure also contributes to reducing equipment load. 【Usage Scenarios】 - Transfer lines for corrosive chemicals - Sulfuric acid, caustic soda, hydrochloric acid lines - High-temperature, high-pressure fluid piping - Chemical supply equipment - Piping sections subject to vibration and movement 【Benefits of Implementation】 - Extended lifespan of piping - Reduced risk of chemical leakage - Stable operation through equipment protection - Reduced maintenance costs