In the Thai manufacturing industry, continuous increases in electricity rates and prolonged dry seasons have caused factory electricity bills\u2014primarily for air conditioning\u2014to squeeze profits. Focusing on the application of thermal barrier paint to roofs, we provide one-stop support ranging from electricity bill reduction simulations to the arrangement of local application partners and localized currency quoting. As a realistic solution to lower running costs with low investment and short construction periods, this has already been adopted by multiple Japanese factories.<\/p>\n\n\n\n
Electricity rates in Thailand have undergone repeated increases due to fuel cost adjustments, making the pressure on production costs a chronic issue. Especially in factories with large roof areas, coupled with the prolonged high temperatures of the dry season, air conditioning systems run at full capacity constantly, inflating annual electricity bills to a level that demands executive-level management decisions. On the other hand, upgrading power reception and transformation equipment or installing solar power presents high hurdles regarding initial investment, construction periods, and the shutdown of existing facilities, leaving many facilities unable to take action. The root cause revealed through on-site inspections and roof surface temperature measurements is a structural issue: the roof and exterior walls lack heat-insulating performance, allowing radiant heat to flow directly into the interior.<\/strong> In some cases, the roof surface temperature exceeds 70\u00b0C during the day, and this heat warms up the ceiling space and indoor air, meaning the air conditioning cannot keep up no matter how much it cools. Countermeasures already attempted by many factories share the following common limitations: By focusing on top-coating existing roofs with thermal barrier paint and providing the following three components as a complete package, we lower the hurdle for customers to make the decision to “give it a try.”<\/p>\n\n\n\n STEP. 01<\/p>\n\n\n\n We perform a matrix comparison of both Japanese and local manufacturer products based on required performance, roof material compatibility, and cost to select the optimal thermal barrier paint grade. Focusing primarily on products with a proven track record in Thailand, we also obtain evaluation data from cooperating manufacturers as needed.<\/p>\n<\/div><\/div>\n\n\n\n STEP. 02<\/p>\n\n\n\n Based on current electricity bill data, HVAC operating hours, roof area, and insulation specifications, we will estimate the post-application electricity bill reduction effects and the payback period.<\/strong> Visualizing the “numbers” necessary for management decisions significantly accelerates the internal approval speed.<\/p>\n<\/div><\/div>\n\n\n\n STEP. 03<\/p>\n\n\n\n Leveraging our Thai base as a starting point, we select reliable local application partners and optimize pricing and lead times via local currency quoting<\/strong>. We also propose process designs that minimize the impact on your production, including night\/weekend application and split-phase application block by block.<\/p>\n<\/div><\/div>\n<\/div><\/div>\n\n\n\n This solution is realized through a clear division of roles among three parties: Japan HQ (Sales\/Technical), our Thai base, and cooperating manufacturers. We have received the following qualitative and quantitative result reports from adopting companies: The effects of adopting thermal barrier paint extend far beyond electricity bill reductions. Please utilize these cascading ripple effects triggered by “heat mitigation” as supporting material for your internal proposals. Compared to competitors that only sell coating products (paint manufacturers’ direct sales and local chemical trading companies), our unique strength lies in our ability to provide a seamless, end-to-end service encompassing “electricity bill simulations + local application partner arrangements + local currency settlement.”<\/strong> Our network, which bridges Japanese-level quality and localized cost structures, is the reason we continue to be chosen. The main specifications of our proven thermal barrier paints offer a choice of multiple grades depending on the application and roofing materials. Typical specifications are as follows (please contact us for detailed specifications).<\/p>\n\n\n\n
“We want to lower our electricity bills. We also want to deliver results in the context of SDGs and CO2 reduction. However, we cannot commit to capital expenditure on equipment.”<\/strong>\u2014\u2014We hear these exact concerns from numerous Japanese factories operating local subsidiaries.<\/p>\n\n\n\nWhy Aren’t Electricity Bills Dropping? Radiant Heat from the Roof Keeps Air Conditioning Running Constantly<\/h2>\n\n\n\n
Furthermore, factory buildings in Southeast Asia often have outdated insulation specifications, so upgrading air conditioning units alone rarely provides a fundamental solution\u2014this is the main reason why many hesitate when considering upgrading existing facilities.
The basis for identifying this cause comes from cross-referencing the following two points:
\u30fbReviewing current electricity bill data provided by the customer
\u30fbMeasuring roof surface temperatures and checking roofing materials during on-site inspections
By matching these two datasets, we can conclude with near certainty that “heat inflow from the roof is the dominant factor.”<\/p>\n\n\n\nCountermeasures Attempted Thus Far and Their Limitations<\/h2>\n\n\n\n
\u30fb Adjusting HVAC operating hours: The effect is limited, and the system still faces high loads during production hours.
\u30fb Considering heat-insulating film application on the roof: Frequently abandoned due to hurdles in cost and construction periods.
\u30fb Considering retrofitting insulation materials to existing equipment: Requires halting existing equipment during construction, resulting in too great an impact on production.
Given these limitations, thermal barrier paint emerges as the realistic solution\u2014a move that “reduces heat inflow from the roof without stopping existing operations.”<\/strong><\/p>\n\n\n\nSolution Approach: Thermal Barrier Paint \u00d7 Electricity Bill Simulation \u00d7 Local Application Partners<\/h2>\n\n\n\n
Sourcing Alternative Materials and Replacements<\/h4>\n<\/div>\n\n\n\n
Presentation of Electricity Bill Reduction Simulations<\/h4>\n<\/div>\n\n\n\n
Selection of Local Construction Partners and Quotations in Local Currency<\/h4>\n<\/div>\n\n\n\n
FUJICHEMI TRADING’s Support Framework: A Powerful Triad of Japan HQ, Thai Base, and Cooperating Manufacturers<\/h2>\n\n\n\n
\u30fb HQ (Sales\/Technical): Selects coatings \/ Prepares electricity bill reduction simulations \/ Supports decision-making for adopting companies
\u30fb Thai Base (Local Subsidiary)<\/a>: Conducts on-site inspections, selects application partners, and provides local currency quoting\/contracting \/ Manages application and construction \/ Provides after-sales support
\u30fb Cooperating Manufacturers: Supplies thermal barrier paint \/ Assists in grade selection \/ Provides evaluation data
\u25cf Supply Framework:<\/strong> Local inventory support and small-lot application are available. This enables a small-start introduction where you can first test the effects on a single building before rolling it out across subsequent buildings.<\/p>\n\n\n\nResults of Adoption: Simultaneously Achieving Running Cost Reductions and Workplace Environment Improvements<\/h2>\n\n\n\n
\u30fb Reduction in factory running costs (electricity bills): Achieved a reduction (\u25b2) in electricity bills based on actual customer data.
\u30fb Lower indoor and roof surface temperatures: Stabilized summer production efficiency due to improvements in perceived temperature.
\u30fb Visualization of the payback period: Increased the precision of management decisions, accelerating subsequent rollout evaluations.
\u30fb Rollout track record: Cases exist where introduction to a single building led to expansion across additional buildings and sister factories.
\u25cf Introduction Lead Time:<\/strong> Rapid turnaround is possible from the initial consultation through estimation to test painting.<\/p>\n\n\n\nAnticipated Ripple Effects and Rollouts: 3 Returns Beyond Just Electricity Bill Reductions<\/h2>\n\n\n\n
1. Workplace Environment Improvement \u2192 Lower Turnover Rates and Higher Productivity<\/strong>
By mitigating the extreme heat directly beneath the roof, the workload on workers during hot seasons is reduced. As securing and retaining operators is a pressing management issue in Thai manufacturing sites, improving the workplace environment directly links to lower turnover rates and enhanced productivity.
2. Contribution to SDGs and CO2 Reduction Reports<\/strong>
Electricity bill reductions can be directly quantified as carbon emission reductions, leading to immediate score improvements in CSR and supplier evaluations. In an era where global headquarters’ procurement standards closely scrutinize “suppliers’ CO2 reduction track records,” leaving behind quantitative data holds great value.
3. Extending the Service Life of Rooftop Equipment<\/strong>
Lowering the roof surface temperature reduces thermal stress on outdoor HVAC units and solar panel peripheral equipment, which can be expected to extend equipment life. This creates a double benefit: electricity bill savings combined with delaying future equipment replacement costs.
Furthermore, for customers who establish a proven track record of introduction in Thailand, we can also support the horizontal rollout of identical proposals to your factory bases in Vietnam and China.<\/p>\n\n\n\nDifferences from Competitors: Why Choose FUJICHEMI TRADING?<\/h2>\n\n\n\n
\u30fbDifference from Manufacturers’ Direct Sales<\/strong>
They do not provide simulations or arrange application partners, requiring customers to handle these arrangements individually.
\u30fbDifference from Local Paint Distributors<\/strong>
We offer selection based on Japanese quality standards, along with technical support in Japanese and proposal materials tailored for executive-level management.<\/p>\n\n\n\nProduct Information & Specifications Overview<\/h2>\n\n\n\n