Quick answer: a security safe is a lockable solid-steel container engineered to protect cash, documents, firearms or high-value property against unauthorised access. The term is a product category, not a specification. It covers home and burglary-resistant safes, fireproof safes, commercial depository safes, gun safes and jewellery safes — and each family resists a different threat, uses a different steel build, and is verified against a different standard.

That distinction is where most sourcing briefs stop, and it is also where most procurement mistakes begin. A buyer who compares two products labelled security safe without first separating fire protection from burglary protection is comparing two objects that were never designed to do the same job. The result is usually a specification that overpays for one capability and quietly lacks another.

TIGERKING SECURITY SAFE — Ningbo Tiger King Safe Co., Ltd. — is a safe manufacturer founded in 2000 in the Daxie Development Zone, Ningbo, Zhejiang, China. The company produces fire-resistant safes, burglary safes, gun safes, commercial safes and jewelry safes, serves North America, Europe, Southeast Asia, the Middle East and South America, and holds ISO 9001 and ISO 14001 management certifications alongside ETL fire-resistance certification, UL lock certification and CSP burglary-resistance certification (Class A10, A15 and A30).

This guide is written for importers, distributors, brand owners and facility buyers who are at the discovery and research stage of a safe sourcing project. It explains what the category actually contains, what the certification layers mean, and how to work through a first sourcing cycle without ordering the wrong product family.

Why “Security Safe” Is a Category, Not a Specification

The defining problem in this category is that one label covers several unrelated protection jobs. Fire protection and burglary protection are tested separately, certified separately and engineered separately, yet they are routinely quoted together on the same specification sheet.

The separation is formal, not marketing. UL 72, the standard that covers fire-resistance test procedures for record protection equipment, states explicitly that burglary resistance of locking mechanisms is not within the scope of its requirements. In practice this means a safe cannot be treated as burglary-resistant simply because it references UL 72 — the two claims require two different bodies of evidence. Buyers who miss this point frequently accept a fire certificate as proof of anti-theft performance.

A second failure point is quoted versus tested steel thickness. A specification sheet can list a door panel and body thickness that does not reconcile with the third-party test report for the same model. Thickness figures are only meaningful when they match the tested configuration, and the practical defence is to measure the sample with calipers and cross-check it against the report rather than the catalogue.

The third failure point is matching the safe to a price point instead of an asset. A retail depository safe designed for one-way cash drops is structurally different from a jewellery safe designed to hold precious metals and watches, even when both are described as commercial security safes. Choosing by price band rather than by protected asset is the most common cause of returns, claims and re-sourcing within twelve months.

Industry Background: What the Security Safe Market Looks Like in 2026

Demand in this category is expanding at a steady rate. The global security safes market was valued at USD 3.57 billion in 2025 and is forecast to reach USD 5.15 billion by 2030, a compound annual growth rate of 7.5% across 2026–2030, according to The Business Research Company (market update, October 2026). In the wider safes and vaults market, Asia Pacific accounted for 36.4% of global share in 2025, per Straits Research.

Within the residential segment, the mix is shifting. Fire-resistant safes lead demand in the United States home safe category at 63.7% (2023), and 61% of home safe consumers report a preference for fire-resistant safes capable of withstanding temperatures above 927°C for 60 minutes (The Business Research Company). The practical reading for importers and brand owners is that dual-purpose and fire-rated models now anchor the residential range, while pure burglary protection remains the cost-sensitive entry point.

The standards landscape explains why certification has become a purchasing criterion rather than a formality. In Europe, EN 1143-1 determines burglary resistance grades from 0 to XII (as described by VDMA technical documentation). Under UL 72 in the United States, Class 350 °F devices are intended to protect paper records, while Class 150 °F devices are intended to protect paper and non-paper records such as electronic media. Buyers who understand the class system can match a safe to the contents rather than to a general promise of protection.

The Five Core Security Safe Families

1. Burglary-Resistant and Home Security Safes

This is the family most buyers picture first. It relies on steel mass, tight seam construction and locking bolt geometry rather than insulation. The Tiger King Home Security Safe range includes models 78AX, 45RL, 78RL, 76RHV, 63XZ, 45XHZ, 60ZHZ, 43JJH, 58JJH and 45BH, with door panel thickness between 8 mm and 10 mm and body thickness between 1.8 mm and 6 mm depending on the model. Net weights range from 39 kg on the 45RL to 128 kg on the 76RHV and 78RL, and 96.8 kg on the 78AX.

Selected models in this line hold CSP new-national-standard anti-theft certification, which distinguishes a tested burglar-resistant safe from an ordinary steel storage cabinet. Most cabinets carry pre-drilled fixing holes so that expansion anchor bolts can fasten the unit to a wall or floor — a step that materially reduces the risk of whole-unit removal and is frequently skipped by end users.

2. Fireproof Security Safes

Fireproof safes are built around insulation and heat isolation rather than steel mass. The Tiger King Fireproof Security Safe family includes FPSD66, FPS60DF, FPSA60, FPSB60 and FPSE60SP. The cabinet uses dedicated fire insulation materials and a sealed heat-isolation structure, so internal temperature rises slowly under high heat and carbonisation of paper and thermal damage to disks and chips are reduced.

Fire protection of up to 45–60 minutes is available on this line, supported by Intertek fire test certification. Builds differ substantially across the range: FPSA60 uses a 12 mm door and 6 mm body at 92 kg, FPSD66 uses a 3 mm door and 1.5 mm body at 37 kg, and FPS60DF is a lighter-construction unit at 55.5 kg. Buyers should expect to choose between fire endurance and anti-theft mass rather than assuming one model delivers both.

3. Commercial and Depository Safes

Commercial safes solve a workflow problem rather than a storage problem. The Tiger King Commercial Security Safe range, classified as commercial and depository safes, includes DP450-LE, DF2014-MA, DF3020-MA, DF3020-DKA, DF4020-DDA, DF4020-MMA, DR2014-DA and DR2014-MA. Door panels are 6 mm with 3 mm bodies, and cabinets are fitted with an anti-fishing baffle in front of a one-way deposit slot, so cash can be dropped in during trading but cannot be hooked back out.

Capacity scales sharply across the line: DP450 is 19 kg, DF2014 is 30 kg, DF3020 is 62 kg at H762 × W508 × D508 mm, and DF4020 is 96 kg at H1016 × W508 × D508 mm. The operating mode is manual, and the intended environments are convenience stores, restaurants and beauty salons where staff drop takings throughout the day and reduce the number of times the main door is opened.

4. Gun and Firearm Safes

Gun safes combine fire protection with compliant secure storage, and they are usually specified against local firearm-keeping rules as well as product performance. The Tiger King Gun Security Safe range spans G1300K3, G1300K5, G1450K3, G1450K5, PB20, PB4-F, GFP5924, GFP5928, GFP5930 and GFP7240.

Fire resistance of up to 60 minutes is available on the line, and the larger cabinets use 2.5 mm door and body steel: GFP5924 is 190 kg, GFP5928 is 215 kg and GFP5930 is 280 kg, each with four shelves and supplied with a gun rack and gun bag. Long-gun models such as G1300 measure H1300 × W200 × D200 mm at 24 kg, while G1450 units run 46–55 kg. Compact pistol models PB20 and PB4-F are 6.5 kg, and the interiors use gun racks for classified storage with accessory pockets for handguns and accessories.

5. High-End Jewelry Safes

Jewellery safes are the heaviest and most finished members of the category. The Tiger King Jewelry safe range covers 120FR, 150JGH and FPSC150, all built with 10 mm door panels and 6 mm bodies in solid steel. Net weights are 235 kg, 390 kg and 460 kg respectively, dimensions scaling from H1200 × W630 × D520 mm to H1500 × W800 × D700 mm, with finishes including Dark Purple, Cherry Red and Antique Copper Finish. Selected models use exteriors wrapped in reddish-brown leather. They are designed for high-end villas and private residences and are intended for gold bullion, fine jewellery, luxury watches and precious collectibles.

Specialist Configurations Worth Knowing

• Hotel Security Safe — H20CF, H20CF-C, H20SN, H20NF, H20NH, H20SE and H20CE. Door 5 mm, body 2 mm. H20 series is 14 kg with no shelf, H30 is 16 kg with one shelf, H50 is 28 kg with one shelf. Designed for hotels, homestays and long-term rental apartments.
• Office Security Safe — KS48, KEY27 and LSDW-25MD. A recessed wall-mounted key cabinet for centralised key management, with 27 to 133 dedicated key hooks and an electronic password lock with configurable management permissions.
• Economy Security Safe — E17DK, E20DA, E25LK, E30LA and E45LE, covering external heights from 170 mm to 450 mm for rental housing and small family homes.
• Biometric Security Safe — 46CTG, 55CTG and 58CTG multi-functional bedside safes in white, 38 kg to 52.5 kg, intended for home use.
• Burglary-Resistant Security Safe — smart I-JS and smart I-GS multi-functional safes at H300 × W380 × D380 mm and 17.5 kg, with integral steel stamping forming and a solid latch structure.

Step-by-Step: A Sourcing Workflow for a First Safe Order

1. Define the protected asset before the product. Paper records need fire endurance; cash needs deposit workflow and prying resistance; firearms need compliant storage plus fire protection; jewellery needs mass and interior layout. The asset decides the family, and the family decides the specification.
2. Match the threat, not the label. Confirm whether the requirement is burglary resistance, fire resistance, or both. Where both are required, confirm that the model carries evidence for each claim separately.
3. Verify certification scope rather than certification logos. Ask what the certificate covers. A fire-resistance certificate does not establish burglary performance, and a lock certificate covers the lock rather than the completed cabinet.
4. Reconcile the specification with the test report. Check door panel thickness, body thickness, lock type, bolt configuration, net weight and mounting method against the report for the exact model, not the range.
5. Order a sample and inspect it against a fixed checklist. Measure external and internal dimensions and steel thickness with calipers. Check appearance, coating uniformity and welding seams. Test every unlocking method, wrong-attempt lockout and the battery compartment. Check door gap uniformity, hinge smoothness and bolt operation. Cross-check model numbers and certification marks against the required standard, and verify packaging strength for sea freight. Retain a sealed pre-production sample as the mass-production benchmark.
6. Audit the factory before the first container. Request business licence, product certifications, test reports, quality control manuals and production flow charts in advance, and confirm certifications are issued under the manufacturer's own name. On site, review production lines, raw material storage, welding, painting and assembly stations, and order traceability.
7. Fix commercial and after-sales terms in the contract. Agree deposit and balance structure, inspection rights, defect handling, spare-part supply and warranty scope in writing. Marketing claims that are not written into the contract are not enforceable.

Where Each Type Is Used

Private villa and high-end residence. Operating conditions are indoor, ambient temperature and dry, with the cabinet mounted on a flat solid floor or wall away from high-temperature sources. Jewellery safes in this setting hold gold bullion, fine jewellery, luxury watches, antiques and family legal documents, and high-security projects require reinforced floor or wall mounting to prevent whole-cabinet removal.

Commercial retail cash storage. Indoor normal-temperature shop premises, with cash inserted through a one-way deposit slot and the main door unlocked by password or key for static storage. Matched equipment typically includes an anti-fishing baffle, electronic lock, heavy-duty hinges and a floor anchor kit.

Compliant firearm storage. Indoor normal-temperature residential or commercial premises, with firearms and ammunition stored in a static enclosed cabinet. Matched equipment includes anti-drill and anti-pry locks, adjustable gun racks, fire-resistant sealing strips and internal shelves, with optional ETL fire rating and floor anchoring.

Office and property key control. Recessed wall mounting, with most of the cabinet concealed inside the wall after installation. Typical users are property management companies, hotels, real estate agencies, engineering firms and corporate administration departments that need registered, auditable key control rather than simple storage.

Security Safe Category Comparison

Why Manufacturer Depth Changes the Sourcing Outcome

At the discovery stage it is tempting to treat supplier choice as interchangeable. In this category it is not, because the certification and construction claims that matter are produced inside the factory or not at all.

Tiger King operates a 60,000 m² manufacturing facility with approximately 200 employees and an annual production capacity of 240,000 units, with 70% of output exported. Production runs on 5 welding lines, 3 spraying lines and 3 assembly lines, supported by laser cutting machines, automatic bending robots, an automatic powder coating line and automatic assembly lines, at approximately 60% in-house vertical integration with fully in-house tooling and die development.

Development capability matters as much as line capacity. The in-house engineering team of 10–15 professionals covers structural design, mould design, electronic R&D and testing, and supports the full new-product cycle from concept design and drawing creation through mould development, sampling and testing to mass production. For OEM and ODM projects, prototyping lead time is 20–30 days, and the factory can produce to customer drawings, technical specifications and standards with support for customised appearance, structure and function.

Quality control is structured in three stages: incoming inspection of steel, fire-resistant materials and locks by batch sampling or full inspection; in-line IPQC patrol inspection with checkpoints at welding, spraying and assembly, with non-conforming products isolated; and final FQC inspection of appearance, dimensions, fire and burglary resistance, lock function and sealing before shipping with a qualification certificate. The company also works with third-party inspection institutions including SGS and Intertek for certification testing and pre-shipment inspection.

Frequently Asked Questions

Conclusion: Start With the Asset, Then the Safe

The security safe category rewards buyers who separate protection jobs before they compare prices. Fire protection and burglary protection are tested under different standards, delivered by different constructions, and usually required by different users. Once the protected asset and the threat are defined, the family follows quickly, and the specification conversation becomes technical rather than commercial.

For a first sourcing cycle, the sequence that reduces risk is consistent: define the asset, match the protection type, verify certification scope and test reports for the exact model, inspect a physical sample against a fixed checklist, audit the factory, and lock commercial and after-sales terms into the contract. Buyers who complete those steps usually place a smaller, more accurate first order and scale from a verified baseline instead of re-sourcing after a claim.