Loctite 638 | Green Retaining Compound
ALL PRICES EXCLUDING VAT
Shipping & VAT will be calculated at the checkout.
LOCTITE® 638 is designed for the bonding of cylindrical fitting parts, particularly with narrow bond gaps approaching 0.25 mm. The product cures when confined in the absence of air between close-fitting metal surfaces and prevents loosening and leakage due to shock and vibration. It not only works on active metals but also on passive substrates, exhibiting robust cure performance. The product offers high-temperature performance and good oil tolerance, and tolerates minor surface contaminants.
- Tolerates minor contaminants, including industrial oils
- High strength on all metals, including passive substrates (e.g. stainless steel)
- High temperature resistance
- Ideal for shafts, gears, pulleys and similar cylindrical parts
- DVGW Approval (EN 751-1): NG-5146AR0619
- P1 NSF Reg. No.: 123010
- WRAS Approval (BS 6920): 0511518
What is a Retaining Compound?
What Are The Benefits of a Retaining Compound?
Features and Benefits of Loctite 638
• Works on active metals such as mild steel
• Works on passive substrates such as stainless steel and plated surfaces
• High temperature performance
• Tolerates minor surface contaminations from oils including cutting, lubrication, anti-corrosion and protection fluids
Applications
Note
Delivery & Returns
Delivery:
Orders to an address within the UK Mainland will qualify for free shipping when your order value is over £50. Delivery options as low as £1.99 available.
To Northern Ireland, Scottish Islands & Highlands, the same rates apply, but please allow a longer timeframe for your order to be delivered. This may not be shown at the checkout.
For Ireland, or International delivery, prices may vary. Please checkout to see live rates.
Returns:
Selected products can be returned within 14 working days from when the order was received as long as:
- It is un-opened and in the original packaging.
Please read here for more information on RETURNS.
If you are unsure, please contact us HERE.