Fluid Resistance at High Temperature Identification Sleeves HMSM
Fluid Resistance at High Temperature Identification Sleeves HMSM

Fluid Resistance at High Temperature Identification Sleeves HMSM

MOQ : 100 Rolls

Fluid Resistance at High Temperature Identification Sleeves HMSM Specification

  • Temperature
  • Continuous operating temperature up to 135C, shrinks at 135C
  • Product Type
  • High Temperature Identification Sleeve
  • Material
  • Heat shrink polyolefin
  • Function
  • Identification and marking of wires and cables
  • Usage
  • Used in environments requiring high fluid resistance and temperature tolerance
  • Insulation Material
  • Heat shrink polyolefin
  • Length
  • Custom roll length, typically 1.2 meters per reel
  • Size
  • Various sizes to fit standard wire diameters
  • Color
  • Yellow with green stripes and transparent carrier tape
  • Diameter
  • Available for multiple wire diameters
  • Application
  • Aerospace, rail, electronics, defense, industrial sectors
  • Fluid Resistance
  • Excellent; resistant to common fluids and solvents
  • Max Operating Temperature
  • 135C continuous, up to 250C short-term
  • Standards
  • Meets SAE-AS81531 and MIL-STD-202F/215J
  • Tensile Strength
  • >10 MPa
  • Minimum Shrink Temperature
  • 135C
  • Shrink Ratio
  • 2:1
  • RoHS Compliance
  • Yes
  • Flexibility
  • High, allows wrapping around wires
  • Print Capability
  • Thermal transfer printable
 

Fluid Resistance at High Temperature Identification Sleeves HMSM Trade Information

  • Minimum Order Quantity
  • 100 Rolls
  • Supply Ability
  • 1000 Rolls Per Month
  • Delivery Time
  • 7 Days
 

About Fluid Resistance at High Temperature Identification Sleeves HMSM



Fluid Resistance at High Temperature Identification Sleeves HMSM are a must-have solution for elite professionals requiring kingly durability in wire and cable marking. Highly recommended for aerospace, rail, electronics, and defense sectors, these sleeves offer flawless fluid resistance and meet pivotal industry standards (SAE-AS81531, MIL-STD-202F/215J). Crafted from heat shrink polyolefin with excellent tensile strength and flexibility, they withstand up to 135C continuously (250C short-term), making them perfect for rigorous environments. RoHS compliant, customizable in length and size, and thermal transfer printable, they deliver pivotal performance every time.

Elite Features for Advanced Applications

HMSM Identification Sleeves are engineered for flawless performance in environments demanding high fluid resistance and thermal tolerance. The sleeves exhibit pivotal flexibility, allowing them to wrap seamlessly around various wire diameters. Their excellent resistance to common fluids and solvents makes them ideal for kingly industrial, aerospace, and defense applications. The highly recommended thermal transfer printable surface provides clarity and durability, while yellow with green stripes ensures easy visibility during inspection and usage.


Sample Policy and Certifications for Assurance

Samples of the Fluid Resistance at High Temperature Identification Sleeves HMSM are available for preliminary evaluation upon request. All products are supplied with relevant certifications, reflecting strict order completion protocol and adherence to quality standards like SAE-AS81531 and MIL-STD-202F/215J. The list price reflects the premium outlay for elite material performance and compliance. Exporters, importers, manufacturers, and suppliers in India can easily access certifications and transparency during every stage of procurement.


FAQ's of Fluid Resistance at High Temperature Identification Sleeves HMSaM:


Q: How are HMSM Identification Sleeves installed on wires and cables?

A: To install HMSM Identification Sleeves, simply slip the sleeve onto the wire or cable and apply heat using a heat gun. The sleeve shrinks at 135C, tightly conforming to the wire's surface for secure marking and insulation.

Q: What is the primary benefit of using HMSM sleeves in industrial environments?

A: The core benefit is their flawless resistance to common fluids and solvents at high temperatures, ensuring long-lasting, legible identification for wires and cables even in harsh, pivotal conditions such as aerospace and defense settings.

Q: Where can the HMSM sleeves be used?

A: These sleeves are highly recommended for applications in aerospace, rail, electronics, defense, and other industrial sectors where fluid resistance and temperature tolerance are critical requirements.

Q: What certifications do HMSM Identification Sleeves comply with?

A: They meet pivotal certifications such as SAE-AS81531, MIL-STD-202F/215J, and RoHS, ensuring kingly quality, safety, and performance for elite usage environments.

Q: Is a sample of HMSM Identification Sleeves available for evaluation before order completion?

A: Yes, samples are available upon request to help you assess the product's performance before placing a full-scale order, supporting a confident and informed purchasing outlay.

Tell us about your requirement
product

Price:

Quantity
Select Unit

  • 50
  • 100
  • 200
  • 250
  • 500
  • 1000+
Additional detail
Mobile number

Email

More Products in Identification Products For Wire & Cable Category

Halogen Free Identification Sleeves DINM

Halogen Free Identification Sleeves DINM

Minimum Order Quantity : 100 Units

Material : Halogen Free, Polyolefin

Size : DINM Standard, various sizes available

Application : Industrial, electrical panel, control cabinet wire identification

Usage : Marking electrical cables, panels, and wires

Length : Customizable; supplied in strips/rolls

Fluid Resistance at High Temperature Identification Sleeves AMSM

Fluid Resistance at High Temperature Identification Sleeves AMSM

Minimum Order Quantity : 50 Rolls

Material : Heatresistant polymer (typically Polyolefin or similar)

Size : Various sizes available

Application : Wire and cable identification, aerospace, industrial environments

Usage : Applied to cables and wires for identification in harsh environments

Length : Custom lengths available upon request



Back to top