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Shockproof Hard Case for Instruments

Manufacturer

Full-category case protection solutions · Factory direct · Wholesale / OEM / Global supply

Shockproof Hard Case for Instruments is an engineered protective case in the protective case family: built by source factory kexinMaterials with IP67 sealing, impact-resistant PP copolymer or rotomolded PE shells and CNC-cut custom foam; wholesale, OEM and export supported.

Key definition

A protective case is a transport and storage enclosure—typically engineered plastic or metal—for equipment, made by injection, rotational or blow molding, with impact resistance, sealing class and custom foam as the core buying criteria.

Shockproof Hard Case for Instruments · All Protective Cases — 客信新材料源头工厂

Shockproof Hard Case for Instruments: Product & Manufacturer Overview

kexinMaterials supplies the Shockproof Hard Case for Instruments to buyers worldwide across wholesale, OEM/ODM and export programs. Cases are built on modified engineering plastics, sealed up to IP67, and testable against industry standards on request.

The Shockproof Hard Case for Instruments can be tailored to your brand and project: case color, silk-print or laser-engraved logo, foam layout and handle/wheel options are all adjustable. kexinMaterials, as the source factory, runs the whole journey from sample approval to mass production, including neutral shipping and OEM private label.

Key facts: The Shockproof Hard Case for Instruments is manufactured factory-direct by KeXin New Materials (Guangdong) Co., Ltd. (brand: kexinMaterials): IP67 options, MOQ 50 pcs on stock models, samples in 7–15 days, production in 15–30 days, exporting to 8 major markets.

Key Specifications

MaterialModified PP / ABS / PE / glass-fiber reinforced
ProtectionSplash-resistant up to IP67
ProcessInjection / rotational / blow molding
InteriorCustom EVA / foam / dividers / empty
CustomizationSize, color, logo, locks, hardware
Supply modesStock wholesale / OEM / ODM / export
ImpactValidated to MIL-STD-810H, 26-orientation drop
CushioningFoam sized to allowable G (calculation supplied)

Product Feature Breakdown

Shock resistantInstrumentation

Following MIL-STD-810H Method 516.8, drop testing on Shockproof Hard Case for Instruments should cover all 26 orientations — 6 faces, 12 edges, 8 corners. Flat-bottom drops alone are unrepresentative; real failures concentrate on edge and corner strikes. kexinMaterials's military-grade bodies are validated across all 26.

When Shockproof Hard Case for Instruments carries precision instruments, the shock acceleration limit is normally specified by the instrument maker (commonly 25–50 G). Foam density and deflection travel must be derived from that threshold rather than from habit; kexinMaterials issues a cushioning calculation against a customer-supplied allowable G.

How kexinMaterials Compares

DimensionkexinMaterialsGeneric market cases
RatingIP67 standard, IP68 optionalMostly IP54–IP65
MaterialPP/ABS/PE process selectionSingle material limited
FoamCNC-cut to shapeUniversal dividers
MOQFrom 50 pcs, negotiableUsually 500 pcs
Lead timeStock 7–15 d, production 15–30 dUnstable
CertificationMaterial/drop/immersion reportsMissing

Standards & Industry Data

Foam Inserts (EVA / PU / XLPE)

Three insert materials dominate: EVA (closed-cell, waterproof, firm support for precision instruments), PU foam (open-cell, soft cushioning, economical) and XLPE (chemically inert, non-shedding — preferred for medical and optics). CNC pockets are cut from the equipment's 3D data; drawing-to-first-sample typically takes 1–2 weeks.

Shell Materials Compared (PP / ABS / PE)

Industry data puts PP (polypropylene) at ~55% of plastic protective-case share — strong chemical resistance, low-temperature toughness and cost efficiency; ABS holds ~30% with harder, glossier surfaces; large thick-wall cases favor rotomolded PE. Plastic/polymer cases together account for 63.7% of the industrial protective case market (2025).

Market Size & Growth

The global industrial protective case market was worth about USD 2.05 billion in 2025 and is projected to reach USD 2.88 billion by 2032 (5.0% CAGR). Military & defense is the largest application (~30%), drone-related cases are the fastest-growing niche, North America is the largest region and APAC grows fastest.

Typical Applications

  • Equipment and instrument transport
  • Industrial storage and turnover
  • Outdoor and specialty environments
  • Private label and channel distribution

Product Overview

The kexinMaterials Shockproof Hard Case for Instruments is one-piece molded from engineering plastics, balancing impact strength, sealing and long-term durability — available from stock or fully customized. Key specs below.

On process: the Shockproof Hard Case for Instruments can be injection, rotational or blow molded. Injection gives precise sealing and repeatability; rotomolding yields large seamless shells with thick-wall toughness; blow molding suits light, economical builds. kexinMaterials runs all three lines and matches the process to your protection grade and budget.

For interior protection, the Shockproof Hard Case for Instruments ships with or accepts CNC-cut EVA/PE foam, routed to your equipment's 3D data so nothing shifts in transit; precision instruments can add ESD-safe or cushioned layered structures.

On quality, the Shockproof Hard Case for Instruments passes batch drop, stack and immersion checks; key models can be tested to MIL-STD-810H for drop and vibration, with material and third-party test reports supplied for export and industry acceptance.

Manufacturing Process

Process is matched to the category — injection for precision sealing, rotomolding for large tough builds, blow molding for lightweight economy — with in-house tooling and batch drop/seal inspection.

All Protective Cases · Shockproof Hard Case for Instruments — 客信新材料 kexinMaterials
All Protective Cases · Shockproof Hard Case for Instruments

Field Case Studies

Industrial-control OEM

4,000 enclosure cases, PP/ABS selection, tooled to device dimensions with stable mass-production lead times.

Overseas wholesaler

6,000 generic protective cases under OEM brand with test reports and steady reorders.

About kexinMaterials

KeXin New Materials (Guangdong) Co., Ltd. (brand: kexinMaterials) is a source factory for engineered plastic cases based in Guangdong, China, operating injection, rotational and blow molding lines with an in-house tool shop. Nine product series serve buyers worldwide — from military and drone cases to medical, photography and business lines.

Why kexinMaterials: factory-direct pricing with no middle-man margin; three molding processes under one roof; in-house tooling for controlled lead times; batch drop and seal testing; factory audits, samples-first and third-party QC all supported.

Frequently Asked Questions

Can you produce under our brand?

Yes — silk printing, laser engraving, in-mold labels and full OEM packaging, neutral shipping supported.

What determines the price of a protective case?

Four things: shell size and wall thickness (material volume), molding process (injection, rotational or blow), interior specification (CNC-cut EVA costs far more than plain foam) and hardware (latches, hinges, wheels, handles). Order quantity then spreads setup and labor cost across more units.

Can I test samples before ordering?

Yes. Existing-mold products ship as samples for your own drop, immersion and fit testing. For custom projects we can 3D-print a prototype or validate the foam layout in a similar-size shell before committing to tooling, which greatly reduces the cost of getting it wrong.

How can I tell whether a case is genuinely waterproof?

Check three things: a continuous, jointless gasket channel; compression-style latches rather than simple clips; and a pressure equalization valve. Ask for immersion test records, or run a water-fill inversion test yourself — far more reliable than published claims alone.

Which export markets do you serve?

Europe, North America, Southeast Asia, the Middle East, Africa, Russian-speaking regions and South America, with certification and customs documentation support.

How much is tooling, and who owns the mold?

Steel injection tooling ranges widely with case size; rotomolding aluminum tooling costs far less. Customary practice is that the customer funds the tool, which is then used exclusively for their orders and not supplied to others. Volume-based tooling rebate arrangements can also be negotiated.

Key Terms Explained

UN packaging certification
United Nations certification for dangerous-goods packaging, requiring drop, stacking, leakproofness and hydraulic tests plus UN marking. A protective case can serve as inner or outer packaging, but the complete system must be certified separately under UN rules.
Injection molding
Molten plastic is injected under high pressure into a steel mold and cooled. It delivers tight tolerances, fine surface finish and fast cycles at low piece cost, but requires higher tooling investment — best for volume production of small and mid-size cases.
Gasket
The elastomeric ring—usually silicone or EPDM—seated in the lid-to-base joint. Latch pressure deforms it to fill the mating gap, making it the core component behind an IP67 seal and a replaceable wear part.

Common Misconceptions

Is thicker foam always better cushioning?

No. Cushioning depends on matching foam density to available deflection travel. Foam that is too soft bottoms out under load; foam that is too firm transmits the shock straight through. Select density from payload mass and allowable G, and ensure sufficient travel — thickness alone is not the variable.

Is a thick, rigid case enough to protect an instrument?

A rigid shell is only the first layer. Survival is determined by the peak acceleration transmitted to the device and its resonant response — foam that is too firm passes shock straight through and can be worse than a soft case. Size the cushioning from the instrument's allowable G and design away from its natural frequency.

Need wholesale or custom cases?

kexinMaterials quotes factory-direct — confirm samples before mass production.

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Certifications & Compliance

Materials are RoHS- and REACH-compliant, with CE marking and market-specific compliance files available on request. Sealing is verified to IP67 (IEC 60529), and we supply MIL-STD-810H transit-drop and vibration test documentation plus third-party immersion/drop test reports, with factory audits and incoming QC welcome.