ULTIMA Co.,Ltd. List of Products and Services

Ultima Green Wall Wire Rope is a construction method that involves attaching “coated φ6 spiral wires” fixed in a spiral pattern to walls. The wires are made of stainless steel with a resin coating, Climbing plants easily wrap around the wires, reducing the risk of plants being blown off by strong winds. The resin coating has low thermal conductivity, preventing heat damage from sunlight. Wires are pre-cut to fit the site, and easy installation is possible using end spring hooks. Compatible with installation support materials such as L-angles, aluminum greenery rails, and bolt posts. 【Features】 ■Maintains a secure grip without loosening ■Reduces total costs by minimizing the number of components ■Can support heights of up to approximately 8 meters with a single wire ■Choice of stripe, check, or diamond cross patterns ※For more details, please refer to the brochure. Feel free to contact us for inquiries. ※For those requesting a quote, please fill out the “Quote Request Checklist” available in the “PDF Download” section, or share your design drawings.

Ultima Green Wall Wire Rope is a construction method that uses stainless steel material coated with resin, and attaches “coated φ6 spiral wires” fixed in a spiral pattern to the wall surface. This document is a portfolio of Ultima Green Wall Wire Rope. Wire patterns are available in three types: “Stripe,” “Check Cross,” and “Diamond Cross.” Examples are presented with details on “installation location,” “specifications,” and “wires,” accompanied by numerous photos. Please download and view the document. 【Contents】 ■Main Delivery Achievements (Partial) ■Wire Laying Patterns ■Installation Configuration ■Large-Scale Complex Facility [Ariake Garden] Adopted φ6 Spiral Wire Set ■Installation Examples ■Usage Examples ※For more details, please refer to the PDF document or feel free to contact us.

The ‘Coating φ6 Spiral Wire’ is a Made in Japan greenery material that helps plants climb, reduces sagging due to wind pressure, and minimizes heat damage. Wire sets cut to on-site dimensions are delivered, eliminating the need for on-site wire cutting. Additionally, both ends feature symmetrical spring hook shapes, enhancing aesthetic appeal. The spring hooks at the wire ends can be directly attached to each support post for easy installation. 【Features】 ■Plants wrap well around the product, aiding natural climbing ■Plants wrap around the spiral, preventing sagging caused by wind ■Plants wrapping around the spiral with a resin coating reduce heat damage from sunlight ■Blends seamlessly with buildings, enhancing building aesthetics ■Enhances watering efficiency ※For more details, please refer to the PDF document or feel free to contact us.

Greenery wire for climbing plants, coated φ6 spiral wire set specification! Wire-specific free tensioning patterns (stripes, checkered, diamond) and installation (L-angle, aluminum greenery rails, bolt posts, etc.)! Also compatible with long-span installations using the φ6 coated spiral wire set! “New rail slide method” achieves significant cost reduction, reduced installation burden, and enhanced aesthetic appeal! • Aluminum greenery rails are fitted with dedicated spiral wire sets to complete the greenery rail system. • The lightweight, slim rail design blends seamlessly with buildings and surrounding spaces, harmonizing with the greenery environment. • The support material system has been completely redesigned from the conventional steel L-angle specifications, improving construction, cost, and texture to suit greening. • Low-cost rail connection (vertical × horizontal) is easy, allowing for a wide range of installations from small to large scales and free design flexibility. For more details, please contact us or view the catalog.

The most common question regarding inquiries and estimate requests for wall greening is, "Please provide an estimate with the cheapest configuration." Our response is a proposal using coated φ6 spiral wire sets. The misunderstanding for most people is that they think spiral wire is more expensive compared to φ3 stainless steel wire. That is not the case. In this article, we will explain three reasons why coated φ6 spiral wire is more cost-effective than φ3 stainless steel wire. [Contents] ■ Reason 1: Overwhelming workability! Easy wire installation! ■ Reason 2: A wire specifically designed for wall greening! ■ Reason 3: Compatible with all types of support materials and wire tensioning patterns! *For detailed content of the article, please refer to the related links. For more information, feel free to contact us.

- A wall greening system that combines Tohshin Corporation's FRP planter and the Ultima coated φ6 spiral wire set. - A system that excels in construction, functionality, design, and cost-effectiveness. - Uses greening wire for climbing plants (coated φ6 spiral wire set)! - Supports flexible tension patterns unique to wire (stripes, checkered patterns)!

The specifications of the Ultima wall greening system can be proposed in various ways depending on the planting (in-ground or in planters) and the support materials. However, due to the wide variety of installation patterns, it can be difficult to determine which specifications should be included in the design drawings. Therefore, we have compiled a zip file summarizing the basic specifications, which includes the wire-type wall greening system and the wire-planter wall greening system. Additionally, the configuration of the installation will change based on height dimensions and wire tensioning (vertical only, vertical and horizontal, diagonal). Please incorporate the basic specifications into your design drawings, and if you have any detailed inquiries or unclear points, please feel free to contact us. https://www.ultima-grip.co.jp/app/download/12415896295/%E3%82%A2%E3%83%AB%E3%83%86%E3%82%A3%E3%83%9E%E5%A3%81%E9%9D%A2%E7%B7%91%E5%8C%96%E3%82%B7%E3%82%B9%E3%83%86%E3%83%A0%E5%9F%BA%E6%9C%AC%E4%BB%95%E6%A7%9801.zip?t=1764903079

In office buildings, energy-saving measures for the structure have become an important issue. In particular, reducing the cooling load during the summer not only leads to lower operating costs but also contributes to reducing environmental impact. Green walls are expected to suppress the rise in surface temperature of the building and mitigate the increase in indoor temperature. The Altima Green Wall System provides effective solutions to these challenges. 【Usage Scenarios】 - Exterior walls of office buildings - Entrances and lobbies - Rooftops and balconies 【Benefits of Implementation】 - Improved thermal insulation performance of the building - Reduced cooling load - Mitigation of the heat island effect

In commercial facilities, there is a demand for enhancing visitor comfort and creating an attractive exterior for the facility. In particular, spaces that incorporate nature contribute to extending customer stay times and improving customer attraction. The Altima wall greening system addresses these challenges by greening the walls of commercial facilities. 【Usage Scenarios】 - Facades of commercial facilities - Entrances - Rooftop greening - Parking lots 【Effects of Implementation】 - Increased customer attraction due to enhanced visual appeal - Mitigation of the heat island effect - Energy-saving effects - Improved customer satisfaction

In hospitals, it is essential to ensure the mental well-being of patients and create a work-friendly environment for staff. Spaces that incorporate nature are said to reduce stress and promote relaxation, contributing to improved treatment outcomes. The Altima wall greening system addresses these challenges by greening the walls of hospitals. 【Usage Scenarios】 - Waiting rooms - Patient rooms - Entrances - Courtyards 【Benefits of Implementation】 - Reduction of patient anxiety - Reduction of staff stress - Improvement of the overall image of the hospital

In environmental education at schools, it is important to enhance students' environmental awareness through interaction with nature. Wall greening not only provides visual effects by greening the walls of school buildings but also contributes to temperature regulation and CO2 reduction, making it an excellent opportunity to foster awareness of a sustainable society. The Ultima wall greening system can also be utilized as a teaching material for environmental education. 【Usage Scenarios】 - Greening of school building walls - Rooftop greening - Plant observation in science classes - Learning about environmental issues 【Effects of Implementation】 - Increased environmental awareness among students - Improved aesthetics of school buildings - Mitigation of the heat island phenomenon - Contribution to CO2 reduction

In aiming to enhance the asset value of a condominium, the beauty of its exterior is an important factor. A lush green appearance increases resident satisfaction and enhances the property's appeal. However, traditional greening methods have posed challenges in terms of construction difficulty and maintenance burden. The Altima Wall Greening System was developed to address these issues and increase the value of condominiums. 【Usage Scenarios】 - Condominium exterior walls - Entrances - Balconies - Rooftop greening 【Effects of Implementation】 - Beautifies the building's exterior and enhances asset value - Mitigates the heat island phenomenon through greening - Increases resident satisfaction - Contributes to the environment

The beautification of landscapes in public facilities provides a comfortable space for visitors and contributes to the improvement of the facility's image. Particularly in urban areas, where greenery is scarce and environments can become bleak, vertical greening is an effective means to beautifully enhance the exterior of buildings and create harmony with nature. The Altima vertical greening system contributes to the beautification of landscapes in public facilities. 【Usage Scenarios】 - Parks, squares - Schools, hospitals - Commercial facilities - Vertical greening of public facility walls 【Benefits of Implementation】 - Beautifies the exterior of buildings - Mitigates the heat island effect - Contributes to CO2 reduction - Energy-saving effects - Improved maintenance characteristics

In factories, there are challenges such as the deterioration of the working environment and increased air conditioning costs due to heat from summer roofs and exterior walls. Particularly in the manufacturing industry, proper temperature management is crucial from the perspective of product quality control and employee health management. The Ultima Green Wall System mitigates direct solar heat by greening the building's exterior walls, helping to suppress temperature rises inside the factory. This leads to improvements in the working environment, reductions in air conditioning load, and energy-saving effects. 【Usage Scenarios】 - Factory exterior walls - Warehouses - Offices 【Benefits of Implementation】 - Suppression of temperature rise due to heat insulation effects - Reduction in air conditioning costs - Energy-saving effects - Improvement of employee working environment

In the warehouse industry, temperature management is a crucial issue. In particular, high temperatures in summer and low temperatures in winter can lead to the deterioration of stored goods and increased energy costs. Vertical greening is expected to enhance the insulation of buildings and mitigate the effects of outside temperatures, helping to maintain a consistent temperature inside the warehouse. The Altima vertical greening system allows climbing plants to easily wrap around wires, providing a natural insulation effect. 【Usage Scenarios】 - Warehouse walls - Insulation measures - Energy-saving measures 【Benefits of Implementation】 - Improved temperature management through insulation effects - Cost reduction through energy-saving effects - Enhanced appearance of the building

In parking lots, the rise in temperature due to strong sunlight during the day can be a problem. This can particularly affect user comfort and the deterioration of vehicles. The Altima Wall Greening System uses specialized wires that are easy for climbing plants to wrap around, creating natural shade. This helps to suppress the increase in temperature within the parking lot and provides a comfortable space. 【Usage Scenarios】 - Sunshade measures for parking lots - Prevention of vehicle body sunburn - Improvement of parking lot aesthetics 【Effects of Implementation】 - Suppression of temperature rise due to shade - Enhanced user comfort - Improvement of the building's exterior appearance