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High Strength Glass Bubbles for Engineering Plastics
US$19.42
100 kg

Product specifications

Grade

Sample price:US$2000480265.00/piece.Request sample

Product profile

Customization

Available

Particle Size

D90 15um to 30 μm, Depending on Grade

Purity

0.99

Model NO.

AIRG-MH65

Active Ingredient Content

100

Application

Automotive, Plastics, SMC BMC Composites

CAS No.

65997-17-3

Color

White

EINECS

266-046-0

Formula

Soda-Lime Borosilicate Glass

Model

AIRG-MH65

Available Models

AIRG-MH46 / AIRG-MH60 / AIRG-MH65 / AIRG-MH70

Product Type

High Strength Glass Bubbles

Recommended Polymers

PA6 / PA66 / PP / ABS / PBT

Processing Methods

Compounding / Extrusion / Injection Molding

Crush Strength Level

High Strength Grade

Function

Lightweighting and Density Reduction

Particle Structure

Hollow Spherical Particles

Moisture Content

≤0.30%

Shelf Life

24 Months

Transport Package

Paper Bag or Customized Packaging

Specification

AIRG-MH65

Trademark

AIRGELTECH

Origin

Shanghai, China

HS Code

7018200090

Production Capacity

10000 Ton/Tons Per Year

Key features

High-strength glass bubbles developed for engineering plastic applications.
AIRG-MH65 is recommended for demanding polymer-processing conditions.
AIRG-MH60 and AIRG-MH70 provide alternative strength and density options.
Suitable for evaluation in PA6, PA66, PP, ABS, PBT and compatible polymers.
Hollow structure supports lightweight engineering-plastic formulation design.
Fine particle grades are available for polymer compounding applications.
Can be evaluated in extrusion and injection-molding processes.
Different models allow optimization of density, particle size and processing survival.
May help reduce compound density at an appropriate addition level.
Technical grade selection is available according to polymer and processing conditions.

Company profile

Shanghai Airgeltech Co., Ltd.
Importers and ExportersR&D CapabilitiesODM ServicesCustomization from Designs
Business Type: Trading Company CertifiedR&D Capacity: ODM Service Available CertifiedCustomization Options: Customization from Samples, Customization from Designs, etc. CertifiedExport Year: 1 Year CertifiedNearest Port: Shanghai PortAverage Response Time: ≤3.15h

About Our Factory & Business Background

AddressRoom 2603, No. 112, Lane 800, Ruilin Road, Jiading District, Shanghai, China
Plant Area171.71 square meters
Registered Capital500,000 RMB
Terms of PaymentLC, T/T, D/P, PayPal, Western Union, Small-amount payment
International Commercial Terms(Incoterms)FOB, CIF, CFR, EXW
Average Lead TimePeak Season Lead Time: within 15 workdays Off Season Lead Time: within 15 workdays
Minimum Order Quantity100kg
Supply Chain Partners18

Our Production Capability & Technical Expertise

Main ProductsAerogel Powder, Aerogel Granules, Aerogel Slurry, Aerogel Coating, Aerogel Insulation Blanket, Rock Wool, Aerogel Composite Insulation Board, Composite Insulation Cotton, Hollow Glass Microspheres, Rock Wool Insulation
R&D Engineers1 people

Our Industry Experience & Global Business Record

Year of Establishment2022-01-20
Main MarketsNorth America, South America, Europe, Southeast Asia/ Mideast, Africa, East Asia(Japan/ South Korea), Australia
Repeat Buyers Choice< 10%
Number of Foreign Trading Staff1
Overseas Agent/BranchNo
New Products Launched in Last yearYes

Our Certifications, Standards & Industry Recognition

Cooperated with Fortune 500No

Product Q&A

Q:Which AIRG model is recommended for engineering plastics?
A:
AIRG-MH65 is the main recommendation. AIRG-MH60 or AIRG-MH70 may be selected according to processing pressure and target density.
Q:Can the product be used in PA6 and PA66?
A:
Yes, it can be evaluated in PA6 and PA66 formulations.
Q:Is the product suitable for PP or ABS modification?
A:
Yes, the high-strength models can be evaluated in PP and ABS lightweight formulations.
Q:Can glass bubbles survive injection molding?
A:
Survival depends on crush strength, screw design, pressure, shear rate and feeding method.
Q:Can glass bubbles reduce plastic-part weight?
A:
The hollow structure can help reduce compound density, subject to the loading level and microsphere survival rate.

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