Ballistic coating: resists impact, fragmentation, and wear. Flame-retardant material: stops flame spread around a local fire source. Thermal-insulation cooling coating: reflects sunlight and lowers surface temperature.
Hsien Yu is your project contact for requirements, application solutions, sample validation and delivery, working with strategic partners to bring material technologies into use.
Five questions, the complete introduction
01 · Who We Are · Company
We make safety and protection materials and help customers choose materials, make samples, verify results, and manage projects. Publicly, we only state what can be verified.
Our positioning is “protective materials and project delivery.” We are Hsien Yu Industrial Holdings Co., Ltd. We make three protective materials: ballistic coating, flame-retardant material, and thermal-insulation cooling coating — plus multi-layer protective composite structures.
Hsien Yu is the customer-facing project partner, coordinating requirements, application solutions, sample validation and commercial delivery. Together with strategic partner Changsha Dunjia New Material Technology Co., Ltd., we organize material technologies and production resources for each project. Supply scope, authorization and acceptance requirements are confirmed in writing.
What we do now: turn three on-site problems — impact, local fire, and solar heating — into verifiable solutions: samples first, then tests, then acceptance against the reports. We make no performance promise without test reports behind it.
Discuss a Specific ProjectThe above describes our business. Specific models, performance, certifications, and supply terms are subject to the reports and written proposals.
02 · What We Do · Core Areas
The ballistic coating resists impact, fragmentation, and wear; the flame-retardant material stops flame spread around a fire source; the thermal-insulation cooling coating reflects sunlight and lowers surface temperature. There is also a composite structure that bonds several layers into one.
Applied to metal, plastic, and other surfaces to resist impact, prevent fragment spatter, and withstand wear — commonly known as the “ballistic coating.” Hsien Yu coordinates material selection and sample validation using Elastic Armor Coating (EAC) technology from its strategic partner.
See This Material Strategic CollaborationElastic Armor Coating EAC · Projects through Hsien YuUsed in small enclosed spaces such as distribution boxes and cable ducts. The material contains tiny fire-suppression particles (microcapsules) that release under heat and stop flame spread. It can be made into sheet, sleeve, cord, gel, and other forms.
See This Material Test ReportsSGS RoHS · Aging · Fire Suppression (5 passes)Applied to metal roofs, tanks, pipes, and equipment enclosures to reflect sunlight away and bring surface temperatures down. Hsien Yu coordinates the application and project, with material technology and production support from its strategic partner.
See This Material Strategic CollaborationCooling applications · Projects through Hsien YuFace panels, cores, coatings, and fasteners assembled into one panel for floors, vehicle bodies, guard booths, and other places that take load as a whole.
See the Composite StructureGlossary: EAC = Elastic Armor Coating (an elastic protective coating); UL94 = the flame-retardancy rating test for plastics; type testing = the inspection performed before a product is finalized. Specific test items, product performance, and delivery terms are subject to the reports and written proposals.
02 · Core Areas · Product Lines
Each product line states what it is for, what it looks like, and where it stands now.
Specific models and test conditions are confirmed per project.
The content above is drawn from the company’s roadshow materials and partner documents. Material selection, performance, and delivery terms are subject to the corresponding models, test reports, and written proposals; the structure diagrams on this page are illustrative only.
03 · Why We Can Deliver · Technology & Evidence
Review the evidence in five steps: technical route → patents → comparative data → test reports → verification method. Every item states its source; no number appears on this page without one.
Tune the soft and hard segments of the material so it resists impact and stays elastic.
A dense network forms inside the material; on impact it spreads the forces out and reduces localized damage.
Machine spraying keeps coating thickness stable and batch-to-batch variation small.
Source: Dunjia New Material partner documents. All three steps are essential: design the formula, keep production stable, then apply it consistently.
Source: customers listed in Dunjia New Material documents, not our customer list. Official logos and specific applications require authorization and verification.
Data from Dunjia New Material’s product introduction (external version). Specific test conditions, samples, and report numbers are subject to the partner’s official reports.
| Item | EP-0110 (high-performance) | GG-1091 (value) | PVC (ordinary plastic, reference) |
|---|---|---|---|
| Density | 1.1±0.1 g/cm³ | 1.15±0.15 g/cm³ | 1.35–1.6 g/cm³ |
| Surface-dry time | Room temp, <1 min surface-dry | Room temp, <1 min surface-dry | ≥80 °C bake 40 min to cure, ≥10 min surface-dry |
| Adhesion | ≥10 MPa | ≥10 MPa | ≈1 MPa |
| Tensile strength | ≥22 MPa | ≥18 MPa | ≤7 MPa |
| Elongation at break | ≥220% | ≥220% | ≤115% |
| Tear strength | ≥100 N/mm | ≥50 N/mm | 10–30 N/mm |
| Impact resistance | 800 J no rupture | 800 J no rupture | 800 J ruptures |
How to read this table:For adhesion, tensile strength, elongation at break, and tear strength, higher is better; for density and dry time, lower is better. In the impact row, surviving 800 J without rupture means good. Parameters are quoted from supplier presentation materials. Test conditions, reports and suitability for field use still require verification.
Source: Dunjia New Material partner documents. EP-0110 and GG-1091 are the partner’s two models; this table is a side-by-side reference and does not represent the final performance of Hsien Yu products.
Hover a bar to see raw values; click a model button to hide or show that series; the chart scrolls sideways.
Normalization: each metric is scaled to 0–100 on the same basis — higher-is-better = value ÷ max × 100; lower-is-better = min ÷ value × 100; 800 J impact: no rupture = 100, rupture = 0; The illustration uses stated thresholds, density midpoints and the lower bound of PVC ranges. Using a lower bound understates PVC on higher-is-better metrics. Drying conditions differ; these scores are reading aids, not measurements under matching conditions or an overall rating. Refer to the table for qualifiers, values and units.
EP-0110 scores at least as high as GG-1091 and PVC on all six normalized metrics; the main gaps are in tear strength, light weight, and fast drying. Scoring follows the overview above; data from Dunjia New Material external documents.
Original reports are available for verification during project discussions; reports cover only the tested samples. The Shenzhen 863 reports note that reports without the CMA stamp are for internal reference only. Third-party test reports for the Elastic Protective Coating (EAC) have not yet been obtained; the current comparative data comes from partner documents and will be supplemented once official reports are available.
Three steps: inspect the site and set the standard; make samples and run tests; then verify report numbers, sample details, and applicable conditions before acceptance.
Already in volume use: the Elastic Armor Coating is applied to commercial-vehicle cargo bodies, passenger-vehicle frames, and NEV battery-pack underguards. For customers and vehicle models, see Strategic Collaboration.
See the Verification ProcessData sources for this section: Dunjia New Material’s “Elastic Armor Coating Applications in the Automotive Industry” and other partner documents, plus the SGS and Shenzhen 863 test reports for the flame-retardant material. The figures only state what the source documents say; they do not represent the final performance or certification conclusions of Hsien Yu products. Verify the original reports before any external promotion.
03 · Why We Can Deliver · Strategic Collaboration
Changsha Dunjia New Material Technology Co., Ltd. is Hsien Yu’s strategic partner for elastic protective coatings and thermal-insulation cooling. Hsien Yu coordinates customer requirements, application solutions, sample validation and commercial delivery; the partner contributes material technologies and production resources. The following documents describe the partner’s capabilities. Contact Hsien Yu to discuss your project.
The strategic partner works with two key universities, one military and one local, and with Central South University on the “Special Protective Coating Materials Lab” for long-term basic and applied research.
A 1,300 m² plant; current capacity 2,500 t per year, expandable to 12,500 t; automated spray-coating line.
The Elastic Armor Coating EP-0110 / GG-1091 is already in volume use on commercial-vehicle cargo bodies, passenger-vehicle frames, and NEV battery-pack underguards.
Partner documents record: senior Central Military Commission officials inspected the company’s booth, and Changsha municipal leaders provided on-site guidance. Central and local media ran feature reports, and CCTV covered it three times.
Discuss your project with Hsien Yu
Source: Dunjia New Material’s “Elastic Armor Coating Applications in the Automotive Industry” and other partner documents. The qualifications, team and cases in this section belong to the partner. Technical and delivery collaboration is organized per project, with scope and responsibilities confirmed in writing. Specific models, performance, certifications, supply scope, and commercial terms are subject to the partner’s written documents, formal agreements, and test reports.
04 · Who Does the Work · Team
Technical staff and experts join per project.
Wang Xianxiao handles customer contact and, with Sun Hao, drives business and delivery.
Owns marketing, customers, and project delivery
Speaks directly with application sites and business stakeholders, and works with technical and commercial partners to settle solutions and delivery arrangements.
Partner technical team: Chief Scientist Prof. Luo Shibin, doctoral supervisor (dean, Research Institute of Aerospace Technology, Central South University); the R&D team includes 3 PhDs and 2 masters. Details: Strategic Collaboration.
05 · Where It Is Applied
Five scenarios we can discuss today.
Feasibility depends on the environment, substrate, and test results.
Material Data · Where It Is Used
Read the site’s product and application notes side by side: which scenarios already reference a material, which have samples or volume production, and which have only been discussed. The three charts show only “whether and how far” — not models, specifications, or supply terms.
How to ReadThe left chart reads five application scenarios across and three materials down; darker means more certain. The middle chart maps product forms to materials; the right chart compares strength.
Level of Certainty
Material
Coverage matrix. Levels follow the site’s current notes and product stages: the scenario mentions the material and there are samples, volume applications (e.g., the EAC battery-pack underguard), or a composite structure — score 2; mentioned but no samples yet — 1; not mentioned — 0. Cells show coverage only, not specific models, performance, or project progress.
Each dot is a form mentioned in the site’s current product notes, placed on its material. The flame-retardant direction covers microcapsule, sheet, sleeve, cord, and gel; the composite panel belongs to the Protective Composite Structure, grouped under protection — it is not a coating.
Three strength metrics for EP-0110 / GG-1091 vs. ordinary PVC: adhesion 10 / 10 / 1 MPa, tensile strength 22 / 18 / 7 MPa, elongation at break 220% / 220% / 115%. Values match the parameter table above; specific test conditions follow the partner’s official reports.
Illustrative: compiled from the site’s current material and product notes; not a commitment on performance, certification, price, or supply.
Basis: the site’s current material and product notes.
Strategic collaboration: Meet our partner
Cooperation Models
Pick the model that fits whether you have a production line or an application crew.
Who does what and how acceptance works go into written agreements.
We supply coating raw materials and microcapsule materials; models, samples, batches, and quality requirements are confirmed first. For customers with their own spraying or processing capability.
We help you get the formulation, process, inspection, and tuning working. For customers with an existing line who want to switch materials.
No production of your own required: we coordinate technical and manufacturing partners to produce and deliver finished products or composite structure parts in batches.
Start with one sample or one application trial; expand the partnership when the results are good.
Project Verification
Each step states what you prepare and what we deliver.
Where protection levels or certifications are involved, check the whole structure and the reports’ scope of applicability.
Inspect the site and requirements first
You prepare: substrate, environment, area, installation space, application conditions, and acceptance standards. We deliver: recommended materials, a sampling plan, and the verification scope.Test the process, see the result
You prepare: drawings and application conditions. We deliver: samples, process records, and a list of open issues.Verify reports, then accept
You prepare: test reports and sample details. We deliver: verification results and acceptance recommendations.Status note: in the roadshow materials, the composite panel’s ballistic test, the flame-retardant material’s UL94 test, and type testing are all listed as next steps. Public performance and certification information for products follows the actual reports.
AI4S Collaborative R&D
AI4S is AI for science.
We assemble documents, models, and professional tools around your problem.
AI proposes candidate solutions; experts and experimental results verify whether they work. How data connects, how tools are used, and what is delivered are all agreed per project.
Partner-Team Project References
Projects in ceramics, biomaterials, and new energy.
The cases belong to the partner teams and are compiled from their materials. What exactly was done is presented during project discussions.
Frequently asked questions
These answers use only information published on this site. Performance, certification and supply terms are subject to reports and written proposals.
Hsien Yu Industrial Holdings provides protective materials and project delivery. Its work covers ballistic coating, flame-retardant material, thermal-insulation cooling coating and protective composite structures. It helps customers choose materials, make samples, verify results and manage projects.
Elastic Armor Coating (EAC) is an elastic protective coating, commonly called ballistic coating, used to resist impact, prevent fragment spatter and withstand wear. Hsien Yu coordinates material selection and sample validation using EAC technology from its strategic partner.
According to the coverage matrix on this site: Elastic Protective Coating has samples or volume production in New Energy & Energy Storage (EAC battery-pack underbody guards are in volume production), Automotive & Equipment, and Police, Military & Security; the flame-retardant material has samples in New Energy & Energy Storage and Power & Communications; the thermal-insulation cooling coating is currently at discussion stage in New Energy & Energy Storage, Power & Communications, and Construction & Industrial. Specific use is subject to the project and reports.
Changsha Dunjia New Material Technology Co., Ltd. is Hsien Yu's strategic partner. Hsien Yu coordinates customer requirements, application solutions, sample validation and commercial delivery, drawing on the partner's EAC technology. The partner integrates material technology and production resources to support projects. Supply scope, authorization and acceptance requirements are confirmed in a written agreement.
The flame-retardant material (fluorinated-ketone microcapsule fire-suppression sheet) has an SGS RoHS report, plus Shenzhen 863 aging and extinguishing-performance reports. The 863 reports note that reports without a CMA stamp are for internal reference only. A third-party test report for Elastic Armor Coating (EAC) is not yet available. Reports apply only to the samples tested; originals can be checked during project discussions.
No. The figures come from partner product-introduction materials. Public performance and certification information is subject to actual test reports, and acceptance requirements are confirmed in a written agreement. Check the original reports before relying on them.
Contact Wang Xianxiao with site photos, use requirements or a research question: phone +86 153 2500 1122, email a343508188@gmail.com, WeChat xianwangxiao. The process is: choose materials, make samples, review reports.
AI4S uses artificial intelligence to support research. It combines literature and data, models and professional tools around a company's question, and delivers reports, proposals and data analysis that can be reviewed. AI proposes candidates; experts and experiments verify whether they work.
Discuss a Project
Bring a photo of the site, a list of requirements,
or an R&D problem you want solved.
Zhejiang · Project Contact