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Anaerobic retaining compounds HL138, HM160, HM161, HM162, HM165, HH167, A1046, F201/F202 (MIL-R-46082B)

Anaerobic retaining compounds HL138, HM160, HM161, HM162, HM165, HH167, A1046, F201 and F202 for bearings, bushings, gears and pulleys on shafts. Shear strength is 14–32 MPa, viscosity from 150–300 mPa·s to 500 000 mPa·s.

Purpose
retaining bearings, bushings, gears and pulleys on shafts; interference and clearance fits
Shear strength
14–32 MPa
Grades
HL138 — interference fits, 16 MPa; HM160 — slip fits, 14 MPa; HM161 — gaps, 24 MPa; HM162 — fast, heat-resistant, 30 MPa; HM165 — maximum gap, heat-resistant, 20 MPa; HH167 — maximum gap, metal repair, 32 MPa; A1046 — toughened, 25 MPa; F201/F202 — toughened, 30 MPa; HM135/HM163 — for chrome-plated parts
Viscosity
150–300 mPa·s (HL138) … 500 000 mPa·s (HH167)

Technical specifications

Purposeretaining bearings, bushings, gears and pulleys on shafts; interference and clearance fits
Shear strength14–32 MPa
GradesHL138 — interference fits, 16 MPa; HM160 — slip fits, 14 MPa; HM161 — gaps, 24 MPa; HM162 — fast, heat-resistant, 30 MPa; HM165 — maximum gap, heat-resistant, 20 MPa; HH167 — maximum gap, metal repair, 32 MPa; A1046 — toughened, 25 MPa; F201/F202 — toughened, 30 MPa; HM135/HM163 — for chrome-plated parts
Viscosity150–300 mPa·s (HL138) … 500 000 mPa·s (HH167)
Drinking waterHH040 Pure — NSF/ANSI 61
SpecificationsHL138 — MIL-R-46082B Type I, ASTM D5363 AN0411; HM160 — Type II, AN0412; HM161 — Type III, AN0421

Specifications are taken from the manufacturer’s technical documentation. Updated .

Description

The cured retaining compound fills the entire gap and transfers the load over the whole surface, so tolerance and roughness requirements can be relaxed, shrink fitting or keys can be dispensed with, fretting corrosion can be prevented and the fit of worn parts can be restored. HL138 is for press fits (16 MPa), HM160 for slip fits (14 MPa), HM161 for gap filling (24 MPa), HM162 is fast-curing and heat-resistant (30 MPa), HM165 is for maximum gaps and higher temperatures (20 MPa), and HH167 is paste-like (32 MPa). The toughened A1046 (25 MPa), F201 and F202 (30 MPa) better withstand impact and vibration, and F201HV is intended for hydrogen systems. HM135 and HM163 cure quickly on chrome-plated parts, and HH040 Pure has NSF/ANSI 61. Three grades are listed in MIL-R-46082B: HL138 Type I (ASTM D5363 AN0411), HM160 Type II (AN0412) and HM161 Type III (AN0421).

How to choose

The choice depends on the type of fit and the gap. Press fits are covered by HL138, slip fits by HM160, gaps by HM161, and the largest gaps and repair of worn parts by HH167. For passive surfaces, the activators A905 or ASC10 are used. Grades of the A and F series are supplied mainly to Europe, and those of the H, M and L series to the Americas and Asia.

Request a price and lead time

Anaerobic retaining compounds HL138, HM160, HM161, HM162, HM165, HH167, A1046, F201/F202 (MIL-R-46082B). We reply within one business day.

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Or email office@usk.ua or call +38 (044) 339-50-20.

FAQ

What shear strength do retaining compounds have?

In the range, from 14 to 32 MPa. HM160 gives 14 MPa, and HH167 the highest, 32 MPa.

Which retaining compound should be used for a worn fit?

HH167, a paste-like compound for maximum gaps and restoring worn metal fits, with a strength of 32 MPa.

Which retaining compounds are listed in MIL-R-46082B?

HL138 as Type I, HM160 as Type II and HM161 as Type III, with ASTM D5363 numbers AN0411, AN0412 and AN0421.

Which retaining compound suits chrome-plated parts?

HM135 and HM163, which cure quickly on chrome. For other passive surfaces, the activators A905 or ASC10 are used.

What is the viscosity of the retaining compounds?

From 150–300 mPa·s for HL138 to 500 000 mPa·s for HH167.

REQUEST

Need a price, lead time or replacement?

Send us a request and we will confirm the configuration, lead time and delivery terms. We reply by email.

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