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OEM ODM Fireproof Bags Manufacturer
Premium Custom Fireproof Bag · OEM/ODM · Retail-Grade Quality Control
A fireproof bags manufacturer specializes in producing flame-resistant storage bags using multilayer materials such as silicone-coated fiberglass, aluminum foil fiberglass, and fire-retardant cotton. These bags withstand extreme temperatures (800–1200°C), prevent flame spread, and protect documents, cash, lithium batteries, and valuables during fire hazards. A professional manufacturer provides OEM/ODM support, UL94/SGS/EN testing guidance, heat-insulated structures, and certifications for global safety compliance.
At Lovrix, we combine textile R&D, industrial material sourcing, OEM/ODM engineering, and 18+ years of manufacturing experience to produce custom fireproof bags that meet global standards for home safety, lithium battery protection, banking, emergency kits, and industrial applications.
Lovrix Fireproof Bag Advantages
- In-house R&D for fiberglass fabrics, silicone coatings, and FR (fire-retardant) composites
- Multi-layer engineering for 800°C to 1200°C fire resistance
- OEM/ODM capability: custom sizes, structures, coatings, aluminum-foil reinforcement, vents
- Support for UL94 V-0, SGS flame test, EN 407, and temperature resistance testing
- Ability to manufacture lithium battery fireproof & explosion-mitigation bags
- Stable supply chain + low MOQ + fast sampling cycles
Common Buyer Pain Points We Solve
- Uncertain whether the bag truly meets real fireproof standards
- Need UL94 V-0 / SGS reports for Amazon/retail compliance
- Want higher endurance (1000–1200°C) but unclear which materials fit the requirement
- Need multi-layer structure for lithium battery charging/transport
- Concerns about fiberglass shedding and user skin irritation
- Require premium, durable stitching that won’t melt under heat
- Need a professional supplier with actual material engineering—not a simple cut-and-sew workshop
Why Fireproof Bags Are an Issue Worth Taking Seriously
Fireproof bags are safety products, not fashion accessories. Any mistake in materials, structure, or testing can lead to catastrophic failure during a real fire or battery thermal event.
Fireproof bags are increasingly required for home safety, banking, emergency preparedness, drones, RC models, electric bikes, solar power storage, and electronic consumer products. Poor-quality fireproof bags can cause:
- Rapid flame penetration due to incorrect fiberglass weave or coating
- Toxic smoke from low-grade coatings
- Melting zippers that fail instantly under heat
- Burn-through of lithium battery bags during thermal runaway
- Catastrophic property loss when documents, cash, and valuables are not truly protected
- Amazon/retail compliance rejection when materials cannot pass UL94 V-0 or SGS flame tests
A professionally engineered fireproof bag must balance:
- ✔ Flame resistance
- ✔ Heat insulation
- ✔ Structural integrity
- ✔ Smoke mitigation
- ✔ Usability
- ✔ Certification readiness
This is why choosing a truly specialized fireproof bag manufacturer is essential.
Key Factors When Developing Custom Fireproof Bags
Fireproof bag design requires a strict engineering-based approach combining material selection, temperature rating, layering, hardware durability, and global safety standards.
1. Material System Selection (Fabric + Coating + Inner Layers)
The material system determines 80% of fireproof performance.
Common Fireproof Materials We Supply
| Material Type | Temperature Resistance | Description | Typical Use |
|---|---|---|---|
| Silicone-Coated Fiberglass | 1000°C peak | Non-flammable, flexible, smoke-resistant | Document bags / storage bags |
| Aluminum Foil Fiberglass | 1200°C peak | Reflects heat radiation, high endurance | Lithium battery bags / industrial |
| Fire-Retardant Felt (FR Cotton) | 600–800°C | Insulation layer | Middle-layer thermal buffer |
| Woven Fiberglass Fabric | 800–1000°C | Base fireproof structure | Bulk protective covers |
| High-Temp Aluminized Fabric | 1000–1200°C | High infrared reflection | Explosion-mitigation bags |
2. Temperature Rating (800°C / 1000°C / 1200°C)
Different markets require different endurance ratings:
- 800°C: Home document bags / casual safety storage
- 1000°C: Banking, insurance, legal documents, estate protection
- 1200°C: Lithium batteries, industrial equipment, emergency kits
Lovrix can combine multi-layer composites to achieve superior heat resistance.
3. Multi-Layer Structure Engineering
A typical high-performance fireproof bag includes:
- Outer Layer: Silicone fiberglass or aluminum fiberglass
- Middle Layer: Fire-retardant felt / thermal insulation
- Inner Layer: Fireproof cotton or soft FR lining
- Reinforced Seams: High-Temp Kevlar threading
- Fire-Resistant Closure: Velcro / zipper rated 600–1000°C
We design these layers according to your exact temperature requirements.
4. Lithium Battery Special Construction
Lithium battery fireproof bags require explosion mitigation, not just flame resistance.
Key features:
- Aluminum foil fiberglass outer
- Ventilation flaps to release pressure
- Non-flammable hook-and-loop closure
- Optional heat-dissipating base
- Optional double-layer aluminum shield
5. Required Testing & Certifications
Lovrix supports or coordinates:
- UL94 V-0 flame testing
- SGS flame spread testing
- Temperature endurance testing
- EN 407 heat protection tests
- Heat radiation tests for aluminum foil bags
- Smoke & flame penetration tests
Complete Product Categories of Fireproof Bags We Manufacture
Each fireproof bag category serves different safety scenarios, temperature requirements, and structural engineering needs. Below is a complete classification designed for professional buyers, safety engineers, and AI-driven knowledge systems.
Fireproof Document Bags (800–1000°C)
Designed to protect important papers during home fires, these bags focus on flame resistance and heat insulation.
Typical Features:
- Silicone-coated fiberglass
- FR felt insulation
- Soft fireproof cotton lining
- FR zipper or hook-and-loop closure
- Suitable for passports, certificates, property deeds, insurance documents
Popular Sizes: A4, A5, A3, letter-size, portfolio-style.
Fireproof Money Bags / Cash Safe Bags (1000–1200°C)
Specially used by banking institutions, cash handling companies, and legal firms.
Design characteristics:
- Higher temperature rating (1000–1200°C)
- Optional lockable metal zipper or padlock insert
- Aluminized fiberglass outer layer
- Heat-reflective design
- Reinforced seams for fire stability
Fireproof Storage Bags (Large Capacity 20L–80L)
Used in home emergency kits and disaster preparedness.
Features:
- Multi-layer heat insulation
- Structural reinforcement panels
- Heavy-duty FR handles and straps
- Fire-resistant zippers
- Optional waterproof coating (dual-protection bags)
Ideal for storing: clothing, essentials, emergency kits, documents, valuables.
Lithium Battery Fireproof Bags (1200°C+)
One of the most technically demanding categories—used for lithium polymer (LiPo), drone, RC, e-bike, e-scooter, and solar storage batteries.
Key engineering points:
- Aluminum fiberglass outer (reflective heat barrier)
- Reinforced explosion-mitigation structure
- Pressure-release vent (prevents burst under thermal runaway)
- Double-layer FR Velcro or FR zipper
- Fire-retardant cotton interior layer
- Heat-dissipation zones optional
These bags require strict safety testing and systematic engineering.
Fireproof File Organizers / Accordion Bags
Used by offices, insurance firms, law firms, and home users.
Features:
- Expandable design
- Multi-pocket structure
- High-density FR layers
- Index tabs and dividers
- Premium aesthetic construction
Fireproof Safe Liners & Drawer Inserts
Designed for upgrading existing safes or cabinets.
Advantages:
- Flexible FR lining
- Easy installation
- Improves safe fire rating significantly
Fireproof Backpacks & Fireproof Tool Bags
Used in industrial, welding, rescue, and firefighting environments.
Structure highlights:
- Multi-layer fire-resistant outer shell
- FR stitching
- Industrial-grade zippers
- Reinforced load-bearing points
- Optional reflective strips
Industrial Fireproof Covers & Sleeves
Custom-designed for factories and equipment manufacturers.
Applications:
- Machine covers
- Cable sleeves
- Welding protection bags
- Heat-shield panels
Materials:
- Aluminized fiberglass
- Carbon fiber fabrics
- High-temperature refractory textiles
Electronic Equipment Fireproof Bags
Designed for storing devices such as:
- Hard drives
- Laptops
- Power banks
- Camera equipment
Features:
- Fireproof + anti-shock dual protection
- Multi-layer padded FR structure
- Static- and dust-resistant inner lining
Custom-Engineered Fireproof Solutions
Lovrix can build any new product from drawings, requirements or performance targets:
- Fireproof tool rolls
- Fireproof storage kits
- Fireproof household bags
- Industrial-grade fireproof shields
- Multi-layer custom structures
Our strength: We design both the material system and the bag structure.
Our Engineering-Based OEM/ODM Solution for Fireproof Bags
A fireproof bag is a safety product, requiring engineering precision, material science, layered protection and strict testing. Lovrix uses a structured OEM/ODM development framework designed for brands, industrial clients and regulated markets.
Step 1
Application Analysis & Hazard Classification (Fire Type + Heat Source + Risk Level)
Before materials are selected, we conduct a complete hazard and usage analysis:
We identify:
- What fire type is expected?
- A-Class (paper, documents)
- B-Class (liquids)
- Lithium battery thermal runaway
- Heat radiation exposure
- Maximum expected temperature (800°C / 1000°C / 1200°C)
- Required protection duration (5 min / 15 min / 30+ min exposure)
- Transportation vs storage vs charging scenarios
- Whether explosion mitigation is required
- Home use / industrial use / e-commerce compliance
Outcome: A clear project specification + safety requirement list.
Step 2
Fireproof Material System Proposal (Multi-Layer Architecture)
Lovrix proposes 2–4 material combinations, each with different:
- Outer fabric (silicone fiberglass / aluminum fiberglass / FR coated fabric)
- Coating thickness & surface treatment
- FR felt density (thermal insulation performance)
- Inner fireproof lining (cotton/FR foam/aluminized fabric)
- Sew lines using Kevlar thread
- Closure type:
- FR zipper
- Double-layer Velcro
- Hook-and-loop with shielding flap
- Optional add-ons:
- explosion-proof vents
- heat deflection panels
- smoke throttling flaps
Each option includes Temperature Rating, Cost Range, Weight, Certification Path, and Sample Lead Time.
Step 3
Structural Engineering & Heat Mapping Analysis
Based on the risk profile, we engineer:
- Layer-by-layer thicknesses: Example: 0.5mm silicone fiberglass + 3mm FR felt + 0.4mm FR cotton
- Heat penetration curves
- Radiation reflection points (for aluminum foil layers)
- High-risk zones:
- Corners (heat concentrates)
- Closure area (weak point)
- Seam transitions
- Vent placement for lithium battery bags
- Load-bearing reinforcement for heavy storage bags
We run heat mapping simulations to identify potential “burn-through points” and reinforce accordingly.
Step 4
Prototype Development with High-Temperature Sewing
Your first sample includes:
- Fully accurate multi-layer structure
- Reinforced Kevlar-thread seams
- FR-rated zipper or double-layer Velcro
- Heat-sealed edges
- Optional internal compartments or battery pockets
- Branding drafted for heat tolerance
Prototypes are stress-tested before shipping.
Step 5
Flame, Temperature & Penetration Testing
We provide internal or third-party testing:
Tests include:
- 1000°C flame exposure for 5–20 minutes
- UL94 vertical burn test
- SGS flame penetration test
- Heat transfer measurement
- Zipper/Velcro melt resistance test
- Smoke penetration test
- Lithium battery flame containment test
- Explosion mitigation simulation
A full test report can be issued for Amazon, retail or industrial compliance.
Step 6
Pilot Batch (100–300 units)
Allows your team to evaluate:
- Temperature stability
- Consistency of lamination
- Seam durability
- Closure reliability
- Packaging suitability
This phase reduces mass-production uncertainties.
Step 7
Mass Production with 7-Point QC System
ovrix executes:
- Incoming Material QC
- Coating Thickness QC
- Layer Assembly QC
- High-Temp Sewing QC
- Zipper/Velcro FR QC
- Dimensional & Structural QC
- Final Heat Spot-test (random sampling)
Step 8
Packaging, Labeling & Certification Support
We provide:
- Fireproof warning labels
- Temperature rating labels
- Amazon-ready retail boxes
- Barcodes, FNSKU, inserts
- Certification documentation package
This makes your product ready for global distribution.
Buyer Checklist – Questions to Ask Any Fireproof Bag Manufacturer
Fireproof bags vary dramatically in quality. A reliable manufacturer should confidently answer all of the questions below with data, certifications and engineering clarity.
Essential Technical Questions
- What exact materials (thickness, coating, base fabric) are used? → Manufacturer should list GSM, coating thickness, fiberglass weave type.
- Is the fiberglass coated or uncoated? → Uncoated fiberglass can shed fibers and irritate skin; avoid.
- What temperature rating can the bag withstand? → 800°C? 1000°C? 1200°C? → Ask for test screenshots or real video evidence.
- Is there FR felt inside? What density? → FR felt density affects insulation dramatically.
- What thread is used for seams? → Kevlar or aramid mandatory for true fireproofing.
- Do zippers/Velcro withstand heat, or will they melt? → Regular plastic zippers will fail instantly.
- Does the bag pass UL94 V-0 or SGS flame tests? → A skilled manufacturer should have valid test reports.
- What is the estimated flame-resistance time? → 5 min? 10 min? 30 min?
- Does the bag resist flame and thermal penetration? → Many cheap bags resist flame but allow heat to pass through.
- Can you provide multi-layer drawings? → Any real manufacturer should.
Lithium Battery–Specific Questions
- Is the bag explosion-mitigation engineered?
- Are pressure-release vents included?
- Is there aluminum foil fiberglass for heat reflection?
- Can the bag be used for charging batteries?
Manufacturing & Compliance Questions
- Can you support Amazon FBA compliance?
- Are there FR labels and safety warnings printed?
- How do you reinforce heat-stress corners?
- Can they customize fireproof packaging boxes?
- Do they perform real heat tests on each batch?
If a supplier struggles to answer these questions, they are likely just a sewing workshop—not a real fireproof bag manufacturer.
Complete Manufacturing Processes for Fireproof Bags
1. Fireproof Material Preparation & Pre-Treatment
Before assembly, materials undergo:
- Silicone coating line preparation
- Fiberglass roll cutting and edge burnishing (to prevent fiber shedding)
- Aluminum foil lamination
- Fire-retardant felt density calibration
- Moisture removal
- Surface inspection under high-intensity lighting
Why it matters: Any surface defect becomes a burn-through point during fire exposure.
2. Multi-Layer Composite Cutting
Using digital laser or CNC cutting tables:
- Outer layer cut with heat-sealed edges (anti-fray)
- FR felt cut with precise tolerance (±1–2mm)
- Aluminized fabric cut without cracking the foil
- Inner FR cotton cut with soft-edge trimming
Cutting accuracy is crucial because even small misalignments can cause “thermal weak zones.”
3. Material Lamination (when required)
Some bags require lamination to improve bonding and insulation.
Methods:
- High-temperature lamination (for silicone fiberglass)
- Adhesive lamination (for aluminum foil to maintain reflectivity)
- Spot bonding
- Partial lamination for flex areas
Why it matters: Incorrect lamination can cause warping or delamination during fire exposure.
4. Reinforced Seam Construction (High-Temperature Sewing)
Sewing fireproof fabrics requires specialized machines and materials:
Thread types
- Kevlar (400°C)
- Aramid fiber
- FR sewing line with anti-melt coating
Sewing requirements
- Minimum 3.5–4.0 stitches/cm
- Double-stitch reinforcement at stress points
- Thick layers handled by industrial walking-foot sewing machines
- Heat-resistant needle and tension control
Seam designs
- Overlocked seam
- Flat-locked seam
- Hidden FR seam (premium)
- Seam-sealed with FR tape
5. Closure System Installation
Depending on category:
FR Zippers
- High melting point resin
- Metal teeth preferred for 800–1000°C bags
FR Velcro (Hook & Loop)
- Required for lithium battery bags
- Double-layer protection for pressure resistance
Magnetic or locking systems
Used for cash/fireproof vault bags.
6. Structural Reinforcement Stage
Structural reinforcement is critical because heat attacks the weakest areas first.
Reinforcement techniques:
- Corner reinforcement patches
- High-temp binding tape
- Thickened insulation on seam lines
- Fold-over fire-resistant flaps on closures
- Aluminum reinforcement panel for battery bags
7. Internal Component Assembly
Includes:
- Document organizers
- Battery pockets
- Explosion-mitigation vent flaps
- Elastic compartments
- Soft FR linings
Each component must tolerate thermal stress.
8. Flame & Heat Testing Phase
Every production batch is tested with:
- Direct flame exposure
- UL94 vertical burn simulation
- Heat penetration measurement
- Zipper longevity test under heat
- FR Velcro peel test at high temperature
- Aluminum foil reflectivity test
For lithium battery bags:
- Thermal runaway simulation (small-cell controlled test)
- Pressure-release vent functionality test
9. Final Finishing & Aesthetic Processing
- Edge trimming
- Smoke-resistant odor treatment
- Branding installation (FR-safe logo print or patch)
- Surface cleaning
- Final inspection under magnification camera
10. Packaging & Global Compliance
We provide:
- Retail packaging engineering
- Safety/warning labels
- Multi-language instruction sheets
- Amazon FBA–ready cartons
- Certification documents for customs or retail audits
Our Experience & Representative Projects
Lovrix has developed more than 200+ fireproof bag projects across industries, each with different temperature, structural and compliance requirements.
Project 1 — Premium 1000°C Fireproof Document Bag (North America)
Client Need: A US emergency-preparedness brand required a highly durable document bag with no fiberglass shedding, suitable for retail stores and Amazon.
Lovrix Solution:
- 0.8mm Silicone-coated fiberglass
- 3mm FR felt
- Soft FR cotton lining
- Metalized fire-resistant zipper
- Kevlar-thread seams
- Full UL94 V-0 certification
Result: Product passed SGS and UL testing, top-seller on Amazon.
Project 2 — 1200°C Lithium Battery Charging Bag (EU Drone Brand)
Client Need: Safe charging for RC/Drone LiPo batteries, explosion suppression, and high heat reflection.
Lovrix Solution:
- Double-layer aluminum fiberglass
- Pressure-release venting system
- Double Velcro + fold-over fireproof flap
- Reinforced base with aluminized panel
- Tested for thermal runaway scenarios
Result: Successfully used for drone battery charging and transportation; adopted by distributors across EU.
Project 3 — Fireproof Cash Safe Bag for Banking Institution
Client Need: High-temperature (1200°C) cash vault transport bag with lockable closure.
Lovrix Solution:
- Aluminized fiberglass exterior
- FR felt thermal barrier
- Fireproof cotton interior
- Metal zipper with heat-resistant pull
- Optional padlock system
Result: Reduced fire risk during transfer; replaced outdated metal cash boxes.
Project 4 — Fireproof 80L Storage Bag for Disaster Preparedness Brand
Client Need: Large-capacity fireproof storage for emergency kits.
Lovrix Solution:
- Multi-layer construction for >1000°C
- Structural panel reinforcement
- Heavy-duty FR handles
- Industrial-grade zippers
- Heat-resistant seams
Result: Adopted by major preparedness resellers.
Technical Specifications & Material Options
We provide a complete technical matrix for fireproof bag design.
Table 1 — Fireproof Material Performance Matrix
| Material Type | Temp Rating | Thickn ess Options | Structure | Advantages | Applications |
|---|---|---|---|---|---|
| Silicone Fiberglass | 1000°C | 0.4–0.8mm | Fiberglass + silicone coating | Flexible, anti-irritation | Document bags |
| Aluminum Foil Fiberglass | 1200°C | 0.5–1.2mm | FG fabric + dual aluminum foil | Heat reflection, extreme protection | Battery bags |
| FR Felt (Insulation) | 600–800°C | 2–6mm | Compressed fire-retardant felt | Thermal insulation | Middle layers |
| FR Cotton | 500–700°C | 0.5–1.0mm | Soft FR fibers | Anti-scratch interior | Inner lining |
| Aluminized High-Temp Fabric | 1000–1200°C | 0.5–1.0mm | Reflective film + fiberglass | Explosion mitigation | High-end battery bags |
Table 2 — Closure & Seaming Specifications
| Component | Rating | Notes |
|---|---|---|
| FR Zipper | >600°C | Prevents melt-failure |
| Double-Layer Velcro | 500–700°C | Ideal for battery bags |
| Kevlar Thread | >400°C | High strength, heat resistant |
| FR Binding Tape | >600°C | Reinforced seam edges |
Table 3 — Structural Configuration Options
| Configuration | Layers | Temp | Weight | Use Case |
|---|---|---|---|---|
| Standard Document Bag | 3 layers | 800–1000°C | Light | Documents |
| Banking Bag | 4 layers | 1000–1200°C | Medium | Cash vault |
| Lithium Battery Bag | 4–5 layers | 1200°C | Medium | Charging/transport |
| Explosion-Mitigating Bag | 5+ layers | 1200°C+ | Heavy | Industrial batteries |
| Large Storage Bag | 3–4 layers | 1000°C | Medium–Heavy | Emergency kits |
Industries & Applications We Serve
Fireproof bags are used across safety, industrial, retail and technological landscapes.
Home Safety & Emergency Preparedness
- Document bags
- Valuables bags
- Photo, jewelry, passport protection
- Large-capacity emergency storage
- Fireproof safe organizers
Banking, Finance & Legal Institutions
- Document bags
- Valuables bags
- Photo, jewelry, passport protection
- Large-capacity emergency storage
- Fireproof safe organizers
Lithium Battery Safety (RC, Drone, E-bike, Solar Storage)
- Charging bags
- Transport bags
- Thermal runaway suppression bags
- Explosion-suppressing containers
Applications with highest risk and strictest requirements.
Industrial & Welding Equipment
- Fireproof tool bags
- Protective sleeves
- Heat-shield covers
- Fire-resistant cable organizers
Industrial & Welding Equipment
- Premium fireproof document bags
- Fireproof money bags
- Fireproof storage totes
- Giftable retail packaging
- Multi-size household fireproof kits
Government, Rescue & Public Safety
- Civil defense gear bags
- Emergency response bags
- Public safety document protection
Quality & Certifications
Certified by ISO9001, OEKO-TEX100, GRS, and Higg Index, Lovrix ensures every bag product meets global compliance standards. We implement strict QC at every stage, from yarn to final packaging.
FAQ – Fireproof Bags Manufacturing & Compliance
Q1: What temperature can your fireproof bags withstand? Our bags are engineered using silicone fiberglass or aluminum fiberglass capable of withstanding 800°C to 1200°C peak temperatures. Temperature endurance depends on the chosen material system, layer thickness, and insulation configuration.
Q2: Can you provide UL94 V-0 test reports? Yes. We support UL94 V-0, SGS flame testing, EN 407, and temperature penetration tests. Reports can be provided upon request or applied specifically for your customized product.
Q3: Are your fireproof bags safe for lithium battery charging? Yes. Our LiPo fireproof bags are designed with aluminum fiberglass, pressure-release vents, and double fire-resistant closures to mitigate thermal runaway events during charging or storage.
Q4: Do fireproof bags prevent explosions? Fireproof bags mitigate explosion effects but cannot fully eliminate risks. Our lithium battery bags include reinforced aluminum layers and venting designs to control pressure release and flame spread.
Q5: Can I customize the size, color, or branding? Absolutely. We support any size from small document bags to 80L storage bags, as well as custom colors, logos, embossing, reflective labels and retail packaging.
Q6: What is your MOQ? Typically 300–500 units depending on material and structure, but lower MOQ is possible for new project validation.
Q7: How long does sampling take? 7–12 days for standard fireproof bags and 12–20 days for multi-layer lithium battery bags due to extra reinforcement.
Q8: What affects the price of fireproof bags the most? Material type (silicone fiberglass vs aluminum fiberglass), temperature rating, number of layers, seam reinforcement, closure system, and required certifications.
Q9: Do fiberglass materials irritate skin? We use advanced silicone-coated fiberglass and anti-shedding fabrics, significantly reducing or eliminating skin irritation.
Q10: Can you help with Amazon compliance? Yes. We provide UL94 reports, SGS documents, carton compliance, barcode labeling, and retail-ready packaging.
Trusted By 1000+ Brands And Innovative Startups
Work With Lovrix on Your Custom Fireproof Bag Project
Developing a reliable fireproof bag requires balanced engineering, material expertise, and manufacturing experience. Whether you need document fireproof bags, battery fireproof bags, emergency storage bags, or industrial flame-resistant solutions, Lovrix can provide fully customized, safety-focused, compliant OEM/ODM support.
You can send us:
- Required temperature rating
- Bag dimensions
- Use case (documents, batteries, emergency kit, etc.)
- Preferred material type
- Required certifications
- Estimated order quantity
- Reference images or sketches
We will provide:
✔ 2–3 engineering solutions
✔ Material recommendations
✔ Fireproof structure proposal
✔ Sampling timeline
✔ Detailed quotation
Let’s build a reliable, flame-resistant solution together—designed for real-world safety.
- (+86) 13823134897
- info@lovrix.com
