ULTIVATE Inc. Product Lineup

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 wine brewing industry, it is important to prevent flavor degradation and oxidation due to oxygen permeation in order to maintain product quality. Especially in wines characterized by delicate aromas and flavors, even slight changes in the manufacturing process can significantly impact quality. Our hoses for sparkling fermentation beverages support high-quality wine production without compromising flavor, thanks to their high ozone and gas resistance. 【Usage Scenarios】 - Transfer of juice and wine during the wine production process - Wine filling process 【Benefits of Implementation】 - Suppresses flavor degradation and improves product quality - Reduces gas permeation and adsorption, thereby suppressing oxidation - Streamlines the manufacturing process

At craft beer breweries, it is important to prevent flavor degradation and carbon dioxide leakage in order to maintain product quality. Especially for products with delicate flavors, such as craft beer, even slight changes in the manufacturing process can significantly impact quality. Our hoses for carbonated fermented beverages support high-quality beer production without compromising flavor, thanks to their excellent ozone and gas resistance. 【Usage Scenarios】 - Transfer of wort and fermentation liquid in the beer manufacturing process - Filling process for carbonated beverages - Production of fermented beverages such as wine 【Benefits of Implementation】 - Suppresses flavor degradation and improves product quality - Reduces gas permeability and adsorption, enhancing carbonation retention - Streamlines the manufacturing process 【Features】 - IIR rubber hose developed for carbonated beverages - Outer material made of highly abrasion-resistant EPDM - Compatible with negative pressure suction - High non-stick and odor-resistant properties 【Applicable Standards】 - Food Sanitation Act - FDA: DMF 【Our Model Number】 - TH44

Preserving the flavor of beer and carbonated beverages! A hose that craft beer makers are paying attention to. In the beer brewing industry, it is crucial to prevent flavor degradation and carbon dioxide leakage to maintain product quality. This is especially true for products like craft beer, which feature delicate flavors, where even slight changes in the manufacturing process can significantly impact quality. Our hose for carbonated fermented beverages supports high-quality beer production without compromising flavor, thanks to its excellent ozone and gas resistance. <What gas permeability that leads to flavor loss means> When beer passes through the hose, it refers to the phenomenon of "flavor reduction from inside to outside" and "oxidation from outside to inside." The TH44 utilizes the properties of food-grade butyl rubber (IIR) to suppress the permeability of carbon dioxide and oxygen. Its ozone and gas resistance supports high-quality beer production without compromising flavor. <Comments from companies using TH44> Craft beer is all about flavor. Until now, we struggled with variations in taste due to the influence of hoses, but the specially designed TH44 has a high flavor retention capability, eliminating concerns about gas escape, and its ease of cleaning has been incredibly useful! The dissolved oxygen levels have also improved significantly. Moreover, it is softer and easier to handle, making on-site work much easier!

Ideal for high-alcohol fluids such as liqueurs, whiskey, brandy, and vodka. This groundbreaking dedicated hose can handle alcohol concentrations up to 98%, significantly reducing the risks of embrittlement and permeation caused by alcohol. Additionally, to reduce the risk of ignition, a static prevention wire is incorporated into the intermediate layer, ensuring safety. 【Features】 ■ Smooth inner surface made of UPE (Ultra-High Molecular Weight Polyethylene) rubber ■ Durable outer surface made of FDA-compliant synthetic rubber ■ Buckling prevention with SUS wire in the intermediate layer ■ Standard use of static prevention wire to reduce ignition risk ■ Reliable durability through dedicated fittings crimping process ■ Sterilization is possible at up to 130°C for 30 minutes. 【Applicable Standards】 ■ FDA DMF ■ FDA: 21CFR 177.300 ■ FDA: 21CFR 177.1550 ■ FDA: 21CFR 177.2600

This is a special synthetic resin hose adapted to liquid contact grades suitable for the pharmaceutical and food industries, demonstrating high durability and wear resistance in accordance with DIN53516. TH32: Excellent inner surface smoothness and lightweight, with inner visibility. TH32A: Made from a material with anti-static properties to address the generation of static electricity during powder transfer, allowing for safe powder transportation. 【Features】 ■ Wear resistance + negative pressure suction compatibility ■ Visibility + flexibility + pressure reinforcement structure ■ Anti-static (TH32A) ■ High-strength synthetic fibers used in the intermediate layer to reduce the risk of yarn twisting ■ Complies with USP Class SIX standards ■ Reliable durability through crimping processing 【Applicable Standards】 ■ ISO: 10993 4-11 ■ FDA: 21CFR 177.2600 ■ USP: Physicochemical 661, Class 4

The exterior is made of non-sticky platinum silicone, while the interior features high smoothness PFA, providing flexibility under various temperature conditions. Its excellent bending performance passes the repeated bending cycle test in accordance with ASTM D2176. This top-grade multi-use product excels in chemical resistance, heat resistance, and mirror-like smoothness, making it suitable for pumping lines. This hose, which is endowed with conductivity, safely facilitates the transfer of hazardous fluids in high-purity chemical and pharmaceutical plants. 【Features】 ■ Steam sterilization can be used for up to 30 minutes at 0.3 MPa (135°C) or below. ■ Low elution, tasteless, and odorless to maintain quality. ■ TW57 comes standard with conductive PFA lining. ■ Static electricity measures can be implemented by optionally connecting an anti-static wire. ■ Unique joint design reduces liquid pooling on the interior surface. ■ Operating temperature range: -30°C to 150°C. 【Applicable Standards】 ■ ISO 10993 4-11 ■ FDA 21 CFR 177.2600 ■ USP Class 6 ■ E.P.3.1.9 ■ BfR XV

Smoothness, flexibility, and fire resistance in one hose. From biopharmaceuticals to chemical plants, this ultimate multi-use hose meets world-class safety standards (FDA/USP/ISO). It achieves the previously challenging balance of "smooth inner structure (straight) and flexibility." It features a smooth flow without turbulence, which is crucial in chemical plants, contributing to process optimization. The exterior offers options such as rubber reinforcement and SUS blade reinforcement, making it suitable for various usage scenarios. 【Features】 ■ Fire-resistant EPDM exterior / Smooth Teflon (PTFE) interior ■ Reduced residual liquid, improved cleanability, and adhesion prevention due to smooth interior ■ Reduced piping stress, improved workability, and compatibility with narrow piping due to flexibility ■ Reliable durability through specialized fitting crimping ■ Suitable for transfer lines in various manufacturing processes, food and chemical lines, and high-viscosity fluid transfer applications ■ Can be used for steam cleaning at 0.2MPa (130°C) for 20 minutes. 【Applicable Standards】 ■ Food Sanitation Act ■ ISO 10993 4-11 ■ FDA 21 CFR 177.2600 ■ USP Class 6 ■ E.P. 3.1.9 ■ BfR XV

A multipurpose suction hose developed for transporting chemical products and food. To optimize for chemical plants, it employs ultra-high molecular weight polyethylene on the inner surface, ensuring chemical resistance and flexibility. It does not specifically target high-temperature cleaning and sterilization processes like SIP, but rather focuses on cost performance and usability compared to fluororesin within the T5 hybrid series. 【Features】 - Excellent chemical resistance and usability achieved by using UPE on the inner surface - "Omnidirectional static electricity prevention" design that discharges static electricity from the entire hose - Clean and safe liquid contact parts made from FDA-certified materials - SUS wire reinforcement structure that also accommodates negative pressure suction - Superior inner surface smoothness, achieving high cleanliness in processes - Unique joint design reduces liquid pooling on the inner surface - Operating temperature range: -35°C to 100°C 【Applicable Standards】 - FDA 21 CFR 177.2600

To optimize for chemical plants, ultra-high molecular weight polyethylene is used on the inner surface to ensure chemical resistance and flexibility. This product, compared to fluororesin in the T5 hybrid series, emphasizes cost performance and usability without specifically targeting high-temperature cleaning and sterilization processes like SIP. Designed to release static electricity not only from the inner surface of the hose but also from the entire body, it boasts high safety. 【Features】 ■ Excellent corrosion resistance against industrial chemicals due to the use of UPE on the inner surface ■ Specializes in chemical transfer at room temperature, providing cost advantages ■ "Full conductivity" safety design allows static electricity to escape from the entire hose ■ Built-in reinforcement wire accommodates vacuum (negative pressure suction) ■ Excellent flexibility enables smooth piping even in narrow plant spaces ■ Superior inner surface smoothness achieves high cleanliness in processes ■ Weather resistance and robust external protection from exterior EPDM rubber ■ Unique joint design reduces liquid pooling on the inner surface ■ Operating temperature range: 20°C to 65°C